Science topic

# Robotics - Science topic

The application of electronic, computerized control systems to mechanical devices designed to perform human functions. Formerly restricted to industry, but nowadays applied to artificial organs controlled by bionic (bioelectronic) devices, like automated insulin pumps and other prostheses.
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I made 8 independent variables and one dependent variable . I've made the independent variables by 5 likert scales and each variable has 4 or 5 questions. though the relationship between the varibles is very strong, is it possible to use logestic regression and how?
my project about "study predicting the accepetance customer for delivery by robot"
I made 8 independent variables and one dependent variable . I've made the independent variables by 5 likert scales and each variable has 4 or 5 questions. though the relationship between the varibles is very strong, is it possible to use logestic regression and how?
Since you have 8 independent variables and one dependent variable, logistic regression can be a suitable method for this analysis, especially when you have a binary outcome like customer acceptance (yes/no).
Here's a step-by-step guide on how to proceed:
1. Data Preparation:
- Ensure your data is cleaned and organized.
- Combine Likert scale questions to create composite independent variables if necessary.
- Encode your dependent variable as binary, where "Accepted" is 1 and "Not Accepted" is 0.
2. Data Exploration:
- Begin by exploring your data to understand its distribution and characteristics.
- Use descriptive statistics and data visualization techniques (e.g., histograms, box plots) to gain insights into your variables.
3. Assumptions Check:
- Logistic regression assumes that the independent variables are not highly correlated. Check for multicollinearity among your independent variables. If multicollinearity exists, consider addressing it through techniques like variable selection or dimensionality reduction.
4. Model Building:
- Split your data into a training set and a testing set (e.g., 70% training, 30% testing) for model evaluation.
- Fit a logistic regression model to your training data. You can use software like Python (with libraries like scikit-learn or statsmodels) or R for this.
- Interpret the coefficients of the model to understand the impact of each independent variable on customer acceptance.
5. Model Evaluation:
- Evaluate the performance of your logistic regression model using various metrics such as accuracy, precision, recall, F1-score, and the area under the ROC curve (AUC-ROC).
- Use the testing dataset to assess how well your model generalizes to new data.
6. Model Improvement:
- If the initial model doesn't perform well, consider feature selection or engineering to improve it. You may also experiment with different algorithms.
7. Interpretation:
- Interpret the results of your logistic regression model in the context of your study. Which independent variables have a significant impact on customer acceptance?
8. Validation and Deployment:
- If your model performs well on the testing data and meets your study objectives, you can consider deploying it for real-world predictions.
Remember that logistic regression assumes that the relationship between independent variables and the log-odds of the dependent variable is linear. If your data doesn't meet this assumption, you may need to explore other machine learning algorithms, such as decision trees or random forests, which can capture non-linear relationships.
Also, since you have Likert scale questions, you may want to convert them into numerical values before using them in the logistic regression model. This can be done through techniques like ordinal encoding or creating dummy variables.
Lastly, ensure that you have a sufficiently large and representative dataset for reliable model training and validation.
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The experiment conducted by Bose at the Royal Society of London in 1901 demonstrated that plants have feelings like humans. Placing a plant in a vessel containing poisonous solution he showed the rapid movement of the plant which finally died down. His finding was praised and the concept of plant’s life has been established. If we scold a plant it doesn’t respond, but an AI bot does. Then how can we disprove the life of a Chatbot?
@ Dr. Chen, Thank you for consulting with AI bot on behalf of me. It's interesting!
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The third millennium is a beginning of a new era of superfast ubiquitous Internet and computing technologies, which create a foundation for advanced applied research in next generation Ultra-Smart Computational Devices and Fully Automated Cyberspace. Given the current dynamic developments in the field of AI & Robotics, Big Data, Massive Data Storage and Ubiquitous access to highspeed Internet 24/7 for anyone worldwide, the term Smart Cyberspace is becoming well accepted reality. The current advancements in Humanoid Robotics and Robotic Internet, Big Data, AI and Machine Learning, Tele-Medicine, in conjunction with collecting real-time data from the Electronic Health Record (EHR) in the nation and worldwide, as well as collections of antibodies contributes well to community worldwide aspirations to safe human lives and to restart the economies worldwide. The areas of research in the field of robotics that are closely related to the modeling, motion generation, and control of humanoid robots are clarified. Research results in the fields of physics-based animation of articulated figures and the biomechanics of human movement are shown to share a number of common points. In light of currently ongoing developments of Covid-19 crisis, having effective real-time application of Artificial Intelligence & Robotics with the Big Data remotely control via Internet is essential. These are most dramatic times for mankind worldwide, and yet despite of its most negative impact it does also inspire dynamic innovation, research and developments in the world of health, business, government, industry, plus., while promoting seamless creation of multidisciplinary teams of experts in the nation and worldwide. The Journal issue discusses the current and future dynamic trends in research, innovation and developments of cutting-edge technologies, Humanoid Robotics, AI, and smart cyber systems that may contribute effectively to people saving lives, and decision makers in the nation and worldwide.
Enhanced Connectivity: The increasing use of high-speed internet and smart devices will increase human connectivity on a global scale. Increased information availability, cross-cultural interactions, and a sense of a global community can all result from this improved connectedness. Project collaboration, idea sharing, and fostering a better understanding of various cultures are all possible.
Better healthcare: Artificial intelligence and robotics will transform healthcare. Remote consultations and diagnoses will be possible thanks to telemedicine, especially in underdeveloped areas. Medical data analysis using advanced AI can increase the precision of diagnoses and treatment recommendations. This not only ensures that healthcare reaches even rural areas, but also saves lives.
Economic Transformation: Robotics and AI-driven automation will change industry dynamics. While it can result in employment losses in some industries, it might also open up new career opportunities in areas like data analysis, robotics maintenance, and AI programming. To remain competitive, workers must be able to adapt and upskill.
Data Privacy and Security: With our dependency on the internet growing, data privacy and security are more important than ever. Strong protective measures against cyber risks will be demanded by society. To fully address these issues, regulations and moral guidelines must change.
Ethical Concerns: The use of robotics and AI presents ethical issues. It is necessary to address problems like AI bias in decision-making, employment displacement from automation, and the moral application of autonomous systems. To ensure ethical development and application of these technologies, rules, and laws about ethics will be crucial.
Education and Training: Continuous training and instruction will be required to fully utilize the promise of AI and robotics. As technology advances, traditional educational systems may need to change to include tech-related abilities and continual learning will grow into the standard.
Social Inclusion: Ensure that everyone benefits from these achievements through social inclusion. The digital divide must be closed to stop the development of a class split driven by technology. All demographics need to have access to technology, and digital literacy training must be offered.
Human-Machine Interaction: As AI and robotics grow more pervasive in daily life, it will be essential to provide user-friendly interfaces. To prevent social isolation, it will be a priority to comprehend how users interact with these technologies and make them more approachable.
Impact on the environment: Modern computer systems and data centers use a lot of energy. To lessen the negative environmental effects of these developments, it will be crucial to develop green technologies and sustainable data management procedures.
Global Governance: Because these technologies cross national boundaries, global collaboration and governance frameworks are essential. These agreements cover data-sharing policies, cybersecurity procedures, and ethical guidelines to promote peaceful worldwide use of AI and robotics.
Ultimately, the societal effects of ultra-smart computational cyberspace, which are driven by robotics and AI, are complex, ranging from increased connectivity and healthcare to ethical and environmental concerns. Utilizing the advantages while minimizing the possible drawbacks requires a comprehensive strategy that incorporates technology innovation, moral issues, education, and international collaboration.
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A young child would describe a robot as a human kind, who does lots of mechanical work, uses its brain, talks back etc. How will that child understand the difference between a robot and anthropomorphism in general?
A good reference could be Transformers because they change form and they don't have the same structure, but they continue being a robot.
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How should ChatGPT technology be improved and how should copyright legal norms be revised so that the continued development of different solutions, generations etc. of artificial intelligence technology and its new applications is not a problem for the development of science, scientific research, describing and publishing research results, etc. just to support the development of science?
In view of the above, I address the following question to the esteemed community of scientists and researchers:
How should ChatGPT technology be improved and how should copyright legal norms be revised so that the continued development of various solutions, generations, etc. of artificial intelligence technology and its new applications is not a problem for the development of science, scientific research, describing and publishing research results, etc. only to support the development of science?
What is your opinion on this subject?
I invite you all to discuss,
Thank you very much,
Warm regards,
Dariusz Prokopowicz
In connection with the above issue, it is necessary to build a system for labeling all kinds of creations, products, works made by artificial intelligence so that every user of certain goods, including publications created by artificial intelligence and available, among others, on the Internet, will know that this thing was created by artificial intelligence. In addition to this, it is necessary to create automated, standardized, reliable, etc. systems that accurately demonstrate the sources, footnotes, authorship of the various parts of a given work, which was created by an artificial intelligence, which in the course of creating a specific work combined various creations of human creativity.
I invite everyone to join the discussion,
Thank you very much,
Best wishes,
Dariusz Prokopowicz
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It is a laborious task to search an extensive library of documents for useful information. With the advancement of big data and smart technologies, could it be feasible to create a smart robot to help scientists read literature? How can this be achieved?
Robot Capabilities: Search and Summarisation. We ask the smart robot a question, and it searches the library of written works and gives us a brief answer.
_________________________
MESOPOTAMIAN JOURNAL OF BIG DATA (MJBD) issued by Mesopotamian Academic Press, welcomes the original research articles, short papers, long papers, review papers for the publication in the next issue the journal doesn’t requires any publication fee or article processing charge and all papers are published for free
Journal info.
1 -Publication fee: free
2- Frequency: 1 issues per year
3- Subject: computer science, Big data, Parallel Processing, Parallel Computing and any related fields
4- ISSN: 2958-6453
Managing Editor: Dr. Ahmed Ali
The journal indexed in
1- Croosref
2- DOAJ
4- Research gate
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How does robotic automation improve the workforce and how do robots increase economic growth and how robotic technology is used in production?
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Educators don’t need to worry about artificial intelligence taking over their jobs. While AI is becoming a valuable tool for educational professionals, there are many ways computers just can’t replace the human touch in the classroom.
Popular media is full of stories about technology’s potential to replace human workers, including teachers – but the truth is that there is more to teaching than simple knowledge transfer.
Machines can’t replace the human touch that is necessary in our schools that can only be delivered by high-quality educators.
Instead of feeling scared of AI, teachers and educational professionals can look at it as a powerful tool for delivering better, more personalized learning experiences and lifting some of the enormous administrative burden currently placed on educators’ shoulders.
The potential for AI-driven humanoid robots to replace teachers at schools and university faculty and professors is a subject of debate and speculation. While AI and robotics have made significant advancements in various fields, including education, there are several factors to consider:
1. **Teaching Complexity**: Teaching involves not only the transmission of knowledge but also complex human interactions, empathy, mentorship, and understanding individual student needs. AI and robots can assist with certain aspects of education, such as providing personalized learning materials and assessments, but they may struggle to fully replace the nuanced and empathetic role of a human teacher.
2. **Individualized Learning**: AI can help tailor educational content to individual students' needs, providing personalized recommendations and feedback. However, truly effective teaching often involves adapting to students' emotional and social cues, which can be challenging for machines.
3. **Moral and Ethical Education**: Teaching extends beyond academic subjects; it includes imparting moral values, ethics, and social skills. AI lacks the capacity for moral reasoning and ethical guidance that human teachers can provide.
4. **Creativity and Critical Thinking**: Teaching often encourages creativity, critical thinking, and problem-solving skills. While AI can assist in these areas, it may struggle to foster creativity and independent thought to the same extent as human educators.
5. **Social and Emotional Learning**: Human teachers play a vital role in supporting students' social and emotional development. They provide guidance, mentorship, and a supportive environment that fosters emotional intelligence and interpersonal skills.
6. **Adaptability**: AI-driven robots can excel at delivering pre-programmed content, but they may struggle to adapt to unexpected situations, individual student needs, or rapidly changing curriculum requirements.
7. **Acceptance and Trust**: The acceptance and trust of students and parents are crucial in education. Replacing human teachers with robots may face resistance from stakeholders who value the human touch in education.
While AI and robotics can complement the work of teachers by providing tools for personalized learning, automating administrative tasks, and assisting with certain educational processes, it's unlikely that they will fully replace human teachers and professors, especially in settings that value the holistic development of students. Instead, the future of education may involve a combination of human educators and AI-driven technologies working together to enhance the learning experience and make education more effective and accessible.
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To what extent can robots and AI replace human jobs across different sectors? What are the socioeconomic implications of widespread automation? How can governments and industries manage potential job displacement and ensure a smooth transition for the workforce?
No
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As AI technology continues to evolve, it raises intriguing possibilities of altering human memories. However, such a prospect brings forth profound questions about the implications on personal identity, consent, and the potential for misuse. Please provide insights on the ethical concerns and potential benefits related to the idea of rewriting human memories in light of AI advancements.
The advancement of artificial intelligence (AI) has the potential to raise ethical and philosophical questions about the possibility of rewriting human memories. While this is a speculative and complex topic, there are a few ways AI could impact this possibility:
1. Memory Enhancement: AI could potentially be used to enhance human memory recall by providing better access to stored memories. This might involve creating AI systems that can retrieve and present memories with greater accuracy, acting as a kind of memory aid.
2. Selective Memory Manipulation: AI might be employed to selectively modify or edit specific memories. This could have therapeutic applications, such as helping individuals cope with traumatic experiences by altering certain details of the memory.
3. Memory Supplementation: AI could act as a repository of external memories, storing information and experiences that individuals can access. This could serve as a kind of personal memory augmentation.
4. Implanting False Memories: In theory, advanced AI could potentially be used to implant false memories in individuals, although this raises significant ethical concerns around consent, autonomy, and the potential for abuse.
5. Ethical Considerations: The use of AI to manipulate memories raises ethical questions about authenticity, identity, privacy, and consent. If memories can be altered or artificially generated, it could challenge our understanding of personal experiences and truth.
6. Unintended Consequences: Rewriting memories could have unintended consequences on an individual's mental and emotional well-being. It might lead to confusion, cognitive dissonance, or altered perceptions of reality.
7. Neurotechnological Interfaces: AI could work in conjunction with neurotechnological interfaces, like brain-computer interfaces, to directly manipulate or influence memory processes. This raises complex ethical and privacy concerns about the potential for external control over personal memories.
8. Social Implications: If memory manipulation becomes possible, it could impact legal proceedings, testimonies, and even interpersonal relationships. Trust and authenticity could be undermined if people can no longer be sure about the accuracy of their own memories.
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What is the role of Image Analysis in PIpe Line Inspection Robots..
How much work has been done in this Area?
Image data plays a vital role in detecting and analyzing corrosion on subsea pipeline surfaces.
Regards,
Shafagat
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What is the role of automation in agriculture and applications of robotic automation in food processing?
Automation plays a crucial role in modern agriculture and food processing by increasing efficiency, reducing labor costs, improving product quality, and enabling more sustainable practices. Robotic automation in particular has been applied across various stages of the agricultural and food processing supply chain. Here's an overview of its role and applications:
Role of Automation in Agriculture:
Precision Farming: Automation technologies, such as drones and autonomous tractors, are used for precision agriculture. These technologies help optimize the use of resources like water, fertilizers, and pesticides by applying them only where needed, leading to increased crop yield and reduced environmental impact.
Planting and Harvesting: Robotic systems can plant seeds and transplant seedlings with precision, ensuring uniform spacing and optimal planting depth. Harvesting robots equipped with sensors can selectively pick ripe fruits and vegetables, reducing waste and increasing efficiency.
Weed and Pest Management: Automation aids in detecting and treating weeds and pests using targeted methods. This reduces the need for excessive chemical use and promotes sustainable pest management practices.
Monitoring and Data Collection: Sensors and IoT devices are deployed in fields to monitor soil conditions, weather, and crop health. Automated data collection provides farmers with real-time insights, enabling informed decision-making.
Greenhouse Automation: Greenhouses are increasingly automated with climate control systems, irrigation, and shading mechanisms that optimize growth conditions for crops.
Applications of Robotic Automation in Food Processing:
Sorting and Grading: Robots equipped with cameras and sensors can sort and grade fruits, vegetables, and other products based on size, color, and quality. This ensures consistent product quality and reduces the need for manual labor.
Cutting and Processing: Robotic arms equipped with cutting tools can precisely process and prepare raw materials for further processing, reducing the risk of contamination and improving safety.
Packaging and Palletizing: Robots can automate the packaging of products into containers or bags and palletize them for shipping. This increases efficiency and reduces the risk of repetitive strain injuries for human workers.
Quality Inspection: Vision systems and sensors on robots are used to inspect products for defects, ensuring that only high-quality items are packaged and distributed.
Cooking and Preparation: In commercial kitchens and food production facilities, robots can handle tasks such as mixing ingredients, cooking, and assembly, improving consistency and reducing the need for skilled labor.
Traceability: Automation systems can track and record the movement of ingredients and products throughout the processing and distribution chain, ensuring better traceability for food safety and quality control.
Waste Reduction: Automation can help reduce food waste by accurately portioning ingredients, optimizing cutting processes to minimize waste, and identifying and removing defective products early in the production process.
Hygiene and Safety: Robots can work in environments that might be hazardous or unclean for humans, ensuring food safety and worker well-being.
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What are the applications of robotics in Indian agriculture and how does drone technology benefit the environment?
Robotics in Indian Agriculture may be understood as:
1. Precision Farming: Robotics is utilized in precision agriculture techniques such as automated seeding, planting, and harvesting. It enables accurate and efficient operations, reduces labor requirements, and optimizes resource utilization.
2. Weed and Pest Management: Robots equipped with computer vision and machine learning algorithms can identify and remove weeds selectively. They can also detect and eradicate pests, reducing the need for chemical pesticides and promoting sustainable farming practices.
3. Crop Monitoring and Management: Agricultural robots equipped with sensors and cameras can monitor crop health, growth, and nutrient levels. This data helps farmers make informed decisions regarding irrigation, fertilization, and disease management.
4. Greenhouse Automation: Robots can automate tasks in greenhouse farming, such as seed planting, monitoring environmental conditions, adjusting temperature and humidity, and controlling irrigation systems. This improves crop quality, reduces labor costs, and optimizes resource usage.
5. Dairy Farming: Robots are used for automated milking, feeding, and monitoring of dairy cattle. They can identify individual cows, manage milking schedules, and collect data on milk production, enabling efficient and hygienic operations.
Drone Technology and Environmental Benefits:
1. Crop Monitoring: Drones equipped with cameras and sensors can provide high-resolution aerial imagery of agricultural fields. This data enables farmers to assess crop health, identify nutrient deficiencies, detect disease outbreaks, and optimize fertilizer and pesticide application. By targeting treatments only where needed, it reduces chemical usage and minimizes environmental impact.
2. Precision Spraying: Drones equipped with sprayers can precisely apply pesticides, fertilizers, and other agricultural inputs. This targeted spraying reduces chemical drift, minimizes the quantity of agrochemicals used, and prevents excessive runoff into water bodies.
3. Irrigation Management: Drones can assess soil moisture levels and identify areas that require irrigation. This data helps farmers optimize water usage by providing targeted irrigation, reducing water wastage, and conserving this precious resource.
4. Ecosystem Monitoring: Drones can monitor and survey ecosystems, including forests and wildlife habitats. They aid in wildlife conservation efforts, forest fire detection, and illegal activity monitoring, contributing to environmental protection and biodiversity preservation.
5. Environmental Research: Drones facilitate environmental research by collecting data in remote or inaccessible areas. They assist in mapping and monitoring ecosystems, tracking changes in land use, and studying environmental phenomena like deforestation, pollution, and climate change.
It promotes sustainable practices, reduces chemical inputs, optimizes resource usage, and enables more efficient and environmentally friendly farming operations.
Good luck!! AI tools help @r Rk Naresh
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How are robotics used in farming and agriculture and application of robotics in changing the future of agriculture?
Agricultural robots applying precision techniques can significantly reduce the amount of pesticides used by applying pest-detection robotic solutions and eliminating those using precision techniques. The same kind of state-of-the-art agricultural solutions can now be found in autonomous seeding robots. Robots have a wide range of applications within the agricultural industry from performing complex tasks such as monitoring crops and measuring PH levels in the soil, to simpler tasks of picking-and-packing fruits and vegetables and planting seeds. These are some applications of robotics in agriculture for which Robotnik robots are used: Crop condition identification and corresponding chemical application, spraying or harvesting, as required by the fruit or plant and mobile manipulation through collaborative arms (harvesting, fruit handling). Robotics was first developed in agriculture in the early times of the year 1920. The research has taken place to give a start to the automatic guidance to the vehicle and that was about to take a shape.If the robots are being used for weed control, that will help to reduce the herbicides usage and the produces will turn into an organic, the same way robots can be used for transplanting the seedlings to avoid intensive. The robots are not getting sick or tired, and the time off is not needed with higher speeds and closer tolerances, they can operate with fewer errors and they make fewer errors and operate at higher velocities and higher quality. The robots can reduce the use of pesticides by up to 80% of the farm. Agricultural robots applying precision techniques can significantly reduce the amount of pesticides used by applying pest-detection robotic solutions and eliminating those using precision techniques. The same kind of state-of-the-art agricultural solutions can now be found in autonomous seeding robots. By automating repetitive tasks, agricultural robots enhance productivity, use resources more efficiently, and lower food production costs. Consequently, they promote sustainable agriculture practices and contribute to a greener future. An agricultural robot is defined as any robotic device that can improve agricultural processes, by taking over many of the farmer's duties that are slow or labour intensive. Using robots in agriculture makes many tasks simpler, faster, and more effective. By the 2030s, the future of robotics in manufacturing could be completely autonomous, from assembly to quality control, thanks to advancements in AI and the Internet of Things (IoT). Robot maintenance and operation will replace traditional jobs in this industry.
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What is the role of UAV in precision farming and role of robotics in precision farming?
In precision agriculture, UAVs are employed in a variety of tasks ranging from soil sampling and crop field analysis to planting and pesticide application. The ability of drones to move around quickly to their intended destinations is one of the top uses of drones in agriculture. Drones having this capability can spray insecticides and fertilizers on crops to nourish them and give them the nutrients they require. Remotely sensed images provide a visual method for understanding the effects of managed inputs such as fertilizer, and cultural practices such as tillage. They are also useful in understanding the impact of environmental factors such as drainage or pest infestations. Some of the most common commercial applications and uses for UAV Drones are: Aerial Photography & Videography. Real estate photography and mapping & Surveying.With Cellular IoT and LPWA networks such as LoRaWAN® becoming more prevalent, agriculture IoT sensors are more accessible than ever before, helping farmers maximize yields, conserve resources such as water and fertilizer, reduce waste, and enhance productivity. The major components of precision farming are; Geographical information system (GIS), Geographical positioning system (GPS), Remote sensing, Variable rate technology, NDVI, Nutrient expert system, SSNM, Bio-intensive farming, Real-time nitrogen management, DRIS approach, Soil testing and yield monitoring. Dataset of research on precision agriculture. To sense the presence of insects and pests on farmland, remote-sensing technology such as satellites and UAVs are used to locate predatory insects and quickly notify farmers of the situation. The robot navigates the field and interprets the assigned task. It helps the farmers by blowing weeds, applying chemicals or harvesting the crops, and includes navigation systems to locate themselves.One of the most significant advancements in precision agriculture is the development of autonomous robots that can perform various tasks on the farm. These robots are designed to work alongside human laborers, taking over repetitive and time-consuming tasks, such as planting, harvesting, and monitoring crop health. AI helps farmers choose the optimum seed for a particular weather scenario. It also offers data on weather forecasts. AI-powered solutions will help farmers produce more with fewer resources, increase crop quality, and hasten product time to reach the market. AI aids in understanding soil qualities. Some of the most common robots in agriculture are used for: Harvesting and picking. Weed control. Autonomous mowing, pruning, seeding, spraying and thinning. If there's a pest problem with a few crops, they spray everything to ensure the issue doesn't spread. Robotic technology makes it possible to detect the precise location of the problem and spray only the crops affected. That means lower costs, lower environmental impact and a more abundant harvest. Agriculture drones can see which plants reflect different amounts of green light and Near-infrared spectroscopy (NIRS) light. This data helps produce multispectral images to track crop health. Quick monitoring and discoveries of any defects can help save crops.
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What is the effect of artificial intelligence and robotics in agriculture and role of robotics and automation in precision farming?
The use of AI should pave the way for accurate observation and measurement of growers' needs which, among other things, will help them to limit their environmental impact. Without it, the development of large-scale precision agriculture would not be possible. AI algorithms can analyze the chemical composition of soil samples to determine which nutrients may be lacking. AI can also identify or even predict crop diseases. AI in irrigation is useful for identifying optimal patterns and nutrient application times, while predicting the optimal mix of agronomic products. As the global demand for food continues to rise, innovative solutions are emerging to help optimize operations in agriculture. Enter robots – the new, high-tech workforce in agriculture. These versatile machines can handle a wide range of tasks, from planting and irrigation to pest control and soil analysis. The incorporation of robotics in agriculture improves both productivity and working conditions for farmers and workers. Intelligent systems are becoming the ideal solution to drive precision agriculture. Today, a large number of agricultural operations are already being done autonomously. One of the key ways in which AI is used in robotics is through machine learning. This technique enables robots to learn and perform specific tasks through observing and mimicking human actions. AI gives robots a computer vision that enables them to navigate, detect and determine their reactions accordingly. The main area of application of robots in agriculture today is at the harvesting stage. Emerging applications of robots or drones in agriculture include weed control, cloud seeding, planting seeds, harvesting, environmental monitoring and soil analysis. The application of robotics will help in various field operations for movement, localization, capturing, targeting and moving to the next target using drones for addressing spatial as well as temporal management of crops. Same operation can be used in spraying, weeding as well as harvesting of fruits. By the 2030s, the future of robotics in manufacturing could be completely autonomous, from assembly to quality control, thanks to advancements in AI and the Internet of Things (IoT). Robot maintenance and operation will replace traditional jobs in this industry. Technologies developed in the framework of precision agriculture, including automation and robotics, make it possible to produce with a minimal environmental impact and at the same time all treatments and handling are recorded and can be uploaded in the different data bases that are used for tracing. The robot navigates the field and interprets the assigned task. It helps the farmers by blowing weeds, applying chemicals or harvesting the crops, and includes navigation systems to locate themselves. Therefore, while mechanization eases and reduces hard and repetitive work and relieves labour shortages, digital automation technologies further improve productivity by allowing more precise implementation of agricultural operations and more efficient use of resources and inputs.
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Industrial robots usually perform structured tasks, which means that their programs, state changes, and communications are cyclical, and hacker attacks can significantly disrupt this periodicity. For example, stopping a robotic arm, or causing it to make a large error, or causing abnormal network traffic, these are easy to detect, why do we need to study this problem in the academic field? It seems like an easy fix. So I don't think industrial robots need intrusion detection. Can someone explain or discuss this for me？
The detection of intrusions in networks related to industrial robotics is a valuable topic for academic study. Although industrial robots perform structured tasks and follow cyclical patterns, there are key reasons to investigate this issue. Cyber threats are constantly evolving, which could turn seemingly simple attacks into more sophisticated forms. Attackers could exploit subtle vulnerabilities, complicating traditional detection. Additionally, even simple attacks could have serious consequences, such as costly disruptions in production or risks to worker safety. The rapid technological evolution in industrial robotics introduces new vulnerabilities and risks, necessitating ongoing research to stay abreast of emerging threats.
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How does robotics technology contribute to space exploration, such as planetary rovers, autonomous spacecraft, and satellite maintenance? What challenges arise in designing robots for extreme environments, and how do they extend our understanding of the cosmos while minimizing human risk?
Robots are needed in space exploration because humans cannot be present in the given place. What would a person do there: learn and act. What does this consist of? It would measure and compare the measurement results with the current knowledge system (and of course transmit both to Earth). He would take the measurements and the system of knowledge at that time with him, and of course the robot himself would be sent to the scene.
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What is the role of automation drones and robotics in agriculture and how drones could be the future of Indian farming?
Agriculture drones and robots are becoming increasingly popular in the farming vertical as farmers are adopting innovative farming practices. Through agriculture drones and agribots, farmers can now survey and monitor crops, study and analyze soil samples, and spray pesticides and fertilizers on the soil. These are some applications of robotics in agriculture for which Robotnik robots are used: Crop condition identification and corresponding chemical application, spraying or harvesting, as required by the fruit or plant. Robots are being used to pick apples, gather strawberries, harvest lettuce and strip away weeds. They are machines with motors and sensors. They perform operational tasks while intelligently responding to their environment. They are used to plant, harvest, package, and transport crops. They can also detect and avoid obstacles while performing tasks, significantly reducing the chances of human injury or equipment failure.Agricultural drones allow farmers to monitor crop and livestock conditions from the air to keep watch for potential problems and help optimize field management. There are several functions that farmers and other agribusiness owners can use agricultural drone services for, including: Land imaging. In the coming years, drones will provide more in-depth data on crop conditions and become increasingly autonomous. Farmers will be able to receive constant, up-to-date information on their crops and use that data to drive their decisions at speeds that, today, are unheard of. Drones can be used for monitoring the conditions of crops throughout the crop season so that the need-based and timely action can be taken. The quick and appropriate action can prevent yield loss. This technology will eliminate the need to visually inspecting the crops by the farmers. In agriculture drones are also being used in a battle – in that case against yield-robbing pests (insects, weeds, diseases). But drones are also a way to dramatically increase the ability to track the growth of crops and identify nutrient deficiencies. All this information can then guide key farm management decisions. Drones can be used for a wide range of tasks in the agriculture sector, including crop mapping, soil analysis, irrigation, and pest management. Agri-drones can be used to spray chemicals as they have reservoirs, which can be filled with fertilizers and pesticides for spraying on crops in very little time, as compared to traditional methods.
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When we used the pen, the books we touched, the sheets, the notebooks, everything had a life, now everything is machine and robots, our brains are in danger of being altered !
Every era we adapt ourself gradually in all aspects of life among these teaching using chalk ,board so ...on and online teaching notebooks
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Must a review paper in the Robotic include a section on methodology and conclusion? Is there a requirement for the selection of search data-base?
Review papers rarely include a method section since they do not report on original research. Instead, review papers summarize and evaluate the findings of previous studies in a specific field, and the article's main body is structured based on the themes and topics that emerge from the literature review.
While it is not mandatory to include a conclusion section in a review paper, it is considered good practice to summarize the main findings and a discussion of their implications. The conclusion should highlight the key insights or gaps in the literature, provide recommendations for future research, and discuss the broader implications of the findings for the field. Including a conclusion section can help readers to better understand the significance of the review, and to identify key takeaways from the article.
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Some AI experiments have interacted mutiple Artificially Intelligent robots, playing soccer for example. Can these AI's simulate conversation samples, in a network of sample interactions (in cyberspace), using something like chat gpt?
Is there potential for comparison between AI based decision making, as far as processing context and possibilities, in the sense of language data access and something like playing soccer?
Recently, artificial intelligence (AI) has rapidly advanced (hey ChatGPT/Bing Chat), becoming a ubiquitous presence in our daily lives. From voice assistants like Siri and Alexa to chatbots and virtual assistants, AI is now an integral part of the way we communicate. With ChatGPT being the fastest growing 'app' on record it's clear that AI will have a huge impact on us, society, and the way we communicate.
Regards,
Shafagat
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I need someone to guide me to find research direction in Robotics. I need someone who can work with me. Obviously its a paid task. Thanks
what do you need? I dont want the payment, only we can do a collaboration
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A very deep detail but could be someone know:
I am integrating a seamtracking sensor to Kuka robot with SeamTech Tracking option installed.
I have reached the point where I am able to get Laser On signal and Joint type number to use. I am sending corrections but still I don't know which status to put in the package so that the corrections are accepted as good. I.E. "The tracker is seeng the object".
Any one in that deep level of the protocol would help me a lot.
Thank you!
Thank you Mostak,
I did a deep digging in that direction and I know quite a lot for the state machine and statuses of Initializing the sensor and swithing On measurements. But am I still not sure how to send "VALIDE" corrections found by our Seam tracking camera. (the correction coordinates I can sent but I can not make them to be understood as VALIDE).
If you have some more information for the proper XML tags whihc needs to be sent as get correction response I would be greatfull to you.
You can contact me on avramov@bssbg.com fi it make more sens for you to discuss on private.
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In robotics, we use DC motors in joints. Sometimes, we see overshoots in the output torque from these DC motors. Can someone please explain why these overshoots occur and what are the possible ways to reduce these overshoots?
V=Eb+IaRa, Eb=OZNP/60A , are the two basic equations to understand the over shooting. While changing the direction the polarity required to reversed , or the flux direction needed to reverse, or the time T=L/R, could be reduced by increasing circuit resistance or increasing applied voltage slowly. Though rotor inertia is also responsible if heavy as explained.
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Can paintings painted or sculptures created, unique architectural designs by robots equipped with artificial intelligence be recognised as fully artistic works of art?
In recent years, more and more perfect robots equipped with artificial intelligence have been developed. New generations of artificial intelligence and/or machine learning technologies, when equipped with software that enables the creation of unique works, new creations, creative solutions, etc., can create a kind of artwork in the chosen field of creativity and artistry. If we connect a 3D printer to a robot equipped with an artificial intelligence system that is capable of designing and producing beautiful sculptures, can we thus obtain a kind of work of art?
When a robot equipped with an artificial intelligence system paints beautiful pictures, can the resulting works be considered fully artistic works of art?
If NO, why not?
And if YES, then who is the artist of the works of art created in this way, is it a robot equipped with artificial intelligence that creates them or a human being who created this artificial intelligence and programmed it accordingly?
What is your opinion on this topic?
I invite you all to discuss,
Thank you very much,
Best regards,
Dariusz Prokopowicz
No
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To Whom It May Concern
Kindly, if anybody there is interested in collaborating with me as well as other Psychology and education of exceptional children researchers on the topic of special education, please let us know. Right now we are investigating "Robotics in Special Education".
Please, if interested send me/ us a CV to:
#Psychology #Special_Education #collaborating #Robotics
Hello Dr. Tahan, I am interested in working with you but this topic is very new to me. currently, I am working on Adverse Childhood Experiences and Career maturity. If you are interested we can collaborate in our projects.
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I am a beginner researcher
Robots in Agriculture , intelligent robots for industry 5.0
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🔴Human-GOD coevolution & the Religion-type of the future (technology; genetics; medicine; robotics; informatics; AI Algorithm & Quantum PC;..)🔴
according to (possible) technological and informatics evolution of Homo sapiens from 2000 to 2100,
what Religion-type show the best resistance-resilience??
What will be the main Religion-type in the future??
--One GOD.
--Multiple and diverse GOD.
--Absence of Transcendence.
Moreover: GOD will be an evolutionary step of Human??
In this link (chapter pag.40) there is a quasi-fantasy scenario ...
Other papers of this series
🟥
Is this key🔴 area {Posterior Cortical “Hot Zone,”}, the brain zone were the protein of #self are stored?? A new paper🔻 shows some intriguing results. See VanGELO Assoluto for an extreme view...
🔻🔻Surge of neurophysiological coupling and connectivity of gamma oscillations in the dying human brain. PNAS, May 1, 2023, vol.120. PMID:37126719 -- DOI:10.1073/pnas.2216268120🔻🔻
Significance.--- Is it possible for the human brain to be activated by the dying process? We addressed this issue by analyzing the electroencephalograms (EEG) of four dying patients before and after the clinical withdrawal of their ventilatory support and found that the resultant global hypoxia markedly stimulated gamma activities in two of the patients. The surge of gamma connectivity was both local, within the temporo–parieto–occipital (TPO) junctions, and global between the TPO zones and the contralateral prefrontal areas. While the mechanisms and physiological significance of these findings remain to be fully explored, these data demonstrate that the dying brain can still be active. They also suggest the need to reevaluate role of the brain during cardiac arrest.
Abstract.--- The brain is assumed to be hypoactive during cardiac arrest. However, animal models of cardiac and respiratory arrest demonstrate a surge of gamma oscillations and functional connectivity. To investigate whether these preclinical findings translate to humans, we analyzed electroencephalogram and electrocardiogram signals in four comatose dying patients before and after the withdrawal of ventilatory support. Two of the four patients exhibited a rapid and marked surge of gamma power, surge of cross-frequency coupling of gamma waves with slower oscillations, and increased interhemispheric functional and directed connectivity in gamma bands. High-frequency oscillations paralleled the activation of beta/gamma cross-frequency coupling within the somatosensory cortices. Importantly, both patients displayed surges of functional and directed connectivity at multiple frequency bands within the posterior cortical “hot zone,” a region postulated to be critical for conscious processing. This gamma activity was stimulated by global hypoxia and surged further as cardiac conditions deteriorated in the dying patients. These data demonstrate that the surge of gamma power and connectivity observed in animal models of cardiac arrest can be observed in select patients during the process of dying.
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How will emerging technologies such as precision agriculture, gene editing, and robotics impact the future of agriculture?
@ Sudip, all three modern technologies have greater impact on future agriculture. Precision agriculture increases efficiency and productivity by enabling farmers to target their inputs such as seeds, fertilizers, and pesticides to specific areas of the field that need them the most, rather than applying them uniformly across the entire field. Gene editing helps crops resistant to disease, drought and insects, allowing farmers to reduce pesticide use and conserve water. Wider use of the gene editing leads to a significant reduction in pesticide use. As the genetic change is designed to make crops more resistant to pests, the reliance on chemicals is reduced. The robot navigates the field and interprets the assigned task. It helps the farmers by blowing weeds, applying chemicals or harvesting the crops, and includes navigation systems to locate themselves. Crop condition identification and corresponding chemical application, spraying or harvesting, as required by the fruit or plant can very well be done by use robotics.
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The functionalities of other robot may include mapping, perception, and navigation.
1. Utilize a single software system that can accommodate all of the robot's functionalities including localization, navigation, and task execution. This will ensure that all of the robot's systems are integrated into one platform and can communicate with each other in a coherent way.
2. Define protocol standards for communication between the different parts of the robot system. This will enable different components to communicate with each other in a consistent manner.
3. Develop software modules that can handle the specific tasks needed for localized navigation. This will enable the robot to effectively integrate localization with its other functionalities.
4. Test the integration of localization and other robot functionalities in a simulated environment before deploying the robot in the real world. This will help identify any potential issues before the robot is released.
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I am doing a Linear MPC and I still don't get why we need to throw the rest of the control inputs that we get from solving OCP inside the MPC.
In my opinion, why don't we use the second and so on control input, which is still probably relevant for the next time step control inputs? could someone explain the detailed reason to me?
Thanks!
Because only the first element of the control input sequence is designed based on the closed loop dynamics. The others elements are designed based on the prediction.
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AI: Artificial Intelligence (AI) is usually defined as the science of making computers do things that require intelligence when done by humans. AI has had some success in limited, or simplified, domains (Courtesy of AlanTuring.net).
First, there are different types of artificial intelligence (AI): weak and strong.  Weak AI might behave as though a robot or manufacturing line is thinking on its own. However, it’s supervised programming, which means there is a programmed output, or action for given inputs.
Strong AI is a system that might actually change an output based on given goals and input data. A program could do something it wasn’t programmed to if it notices a pattern and determines a more efficient way of accomplishing the goal it was given.
For example, when an AI program was instructed to obtain the highest score it could in the video game Breakout, it was able to learn how to perform better and was able to outperform humans in just 2.5 hours. Researchers let the program run. To their surprise, the program developed a strategy that was not in the software. It would focus on one spot of bricks to poke a hole so the ball would get behind the wall. This minimizes the work, as the computer no longer has to move the bat while the score would increase. This also minimizes the chances of missing the ball and ending the game.
Herbert Simon (1916 - 2001)
"AI can have two purposes:
•One is to use the power of computers to augment human thinking, just as we use motors to augment human or horse power. Robotics and expert systems are major branches of that.
•The other is to use a computer's artificial intelligence to understand how humans think. In a humanoid way. If you test your programs not merely by what they can accomplish, but how they accomplish it, they you're really doing cognitive science; you're using AI to understand the human mind. "
ML doesn't solve the second problem...
To solve the second problem, we need to understand and implement "Subjectivity" and "Spirituality" (Soul) in AI... In general, it is clear how to do it... (I describe it in a new book)...
Good luck to all!
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As we know Industry 4.0 is using many new technology including robotics, but are the Industry 4.0 implementation is always necessary using automation? Because automation is heavily discussed in Industry 3.0, especially computerization automation. Or maybe we can ask : using automation are Industry 4.0 or Industry 3.0?
The modern manufacturing process has evolved over the last decades to the point where there are many interconnected disciplines taking place, often at the same time. With the advent of advanced comms technologies, interconnections are taking on a whole new paradigm for engineering...
We want people to use virtual reality to do real things and connect better to life, and this is where our focus is – [to] create better products you can better serve in real life. To waste less, consume less, spend less energy to create what we need, and make sure that is what we need.”
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• Recent advances in artificial intelligence (AI) are leading to the emergence of a new class of robot.
• In the next five years, our households and workplaces will become dependent upon the role of robots.
source: AI and robotics: How will robots help us in the future? | World Economic Forum (weforum.org)
1. Autonomy: The development and use of AI should ensure that autonomy is respected when decisions are made.
2. Privacy: As AI becomes more powerful and ubiquitous, it is important to protect personal data and ensure that data is not used without consent.
3. Social Responsibility: As AI continues to become more deeply integrated into society, it is important to consider the potential social implications of AI technologies and ensure that they are responsible and ethical.
4. Transparency: As AI systems become increasingly complex, it is important to ensure that the decision-making process and results of AI systems are transparent and explainable.
5. Fairness: AI systems should be designed to eliminate bias and ensure fairness for all users and stakeholders.
6. Accountability: AI systems should be designed to be accountable for their decisions and how they are used.
7. Security: The security of AI-driven systems should be a top priority, as malicious actors may use AI to bypass existing security protocols.
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A PIC microcontroller-based Robotic Arm is a project that involves the design and construction of a robotic arm that is controlled using a PIC microcontroller. The goal of the project is to create a robotic arm that can perform a range of tasks, such as picking and placing objects, manipulating tools, and executing pre-programmed sequences. The robotic arm is typically made up of several servo motors, which are used to control the movement of the arm's joints. The PIC microcontroller is responsible for receiving commands from the user, processing these commands, and sending the appropriate signals to the servo motors to control the movement of the arm. The primary aim is to manually control the servo motors and in later stages include the use of control algorithms, such as inverse kinematics, to determine the optimal path of the arm for a given task.
you can find main answers in this conference paper:
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Are there people interested in reading classic science fiction plays at RG? (on Zoom)
It is more difficult to connect with fellow playwrights and actors than in the past. But I will try to keep some RG channels open by asking questions.
If you are out there and interested in reading classic science fiction plays, message me at RG.
Some of these old works have had important things to say on climate issues, robots and AI interacting with human society, science as a tool of war of a bringer of peace, scientists as Frankenstein or someone more benign--etc.
Gloria McMillan
Thanks for your delightfully informative reply, Michael! We can't pay, alas. We're a worthy voluntary organization. If you are anyone else would like to come just message me here with your email address. Our next meeting is April 9th--next Sunday.
11 AM.
Until we really get going, we're averaging about one session permonth.
We just started in the fall last year so there is--you are correct--only "Rock the Nuclear Clock" on our YouTube page.
Here is the link to that short one-act, by me. Hope some reading will take a listen.
Don't forget to message me here at RG with an email address if you want to join, anybody!
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Can autonomous robots equipped with artificial intelligence that process significantly larger amounts of data and information faster than humans pose a significant threat to humans?
Will autonomous robots equipped with artificial intelligence, which process much larger amounts of data and information faster than humans, only be useful, friendly and helpful to humans, or could they also be a significant threat?
Robots equipped with artificial intelligence are being built to create a new kind of useful, friendly and helpful machine for humans. Already, the latest generations of microprocessors with which computers, laptops and smartphones are equipped have high computing and processing capacities that exceed those of the human brain. When new generations of artificial intelligence are implemented in computers with high computing and multi-criteria data processing powers, intelligent systems are obtained that can process large amounts of data much more quickly and with a high level of objectivity and rationality in comparison to what is referred to as natural human intelligence. AI systems are already being developed that process much larger volumes of data and information faster than humans. If such artificial intelligence systems and autonomous robots equipped with this technology were to escape human control due to certain errors, a new kind of serious threat to humans could arise.
In view of the above, I address the following question to the esteemed community of scientists and researchers:
Can autonomous robots equipped with artificial intelligence that process significantly larger amounts of data and information faster than humans pose a significant threat to humans?
What do you think?
What is your opinion on this subject?
I invite you all to discuss,
Thank you very much,
Warm regards,
Dariusz Prokopowicz
Dear Dariusz Prokopowicz , I find this fine article belong to your new question.
Decoding the business of brain–computer interfaces
Brain–computer interfaces could one day allow people with severe paralysis to control robotic arms or generate synthetic speech solely by thinking. One of the major stumbling blocks for the technology is detecting brain activity — it looks as if this can’t be done at high-enough resolution with electrodes on the scalp. Electrodes implanted right into the brain can pinpoint activity to a few dozen neurons, but that comes with safety concerns. Last year, those concerns led the US Food and Drug Administration to reject a human-trials application from Elon Musk’s company Neuralink...
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Objectives
· Analyse the current AI/Robotic offerings in diagnostic imaging healthcare
· Identify the relevant actors in harnessing robotics/AI in healthcare
· Explore the role of the management/radiologist in ensuring AI improves service performance and patient experience
· Examine the ethics of AI/robotics in the workplace
· Provide fit-for-purpose recommendations on diagnostic imaging healthcare operational pathway improvement
In the portfolio we have different Aiforia Clinical Suites for some of the most prevalent cancers in the world: prostate, breast, lung, and more…!
The Suites are a portfolio of tools containing: a clinical viewer, platform for QC and adaptation and an AI model for diagnostic support. Explore our already CE-IVD marked tools and what’s to come!
Regards,
Shafagat
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Because we will be able to build computer systems as effective as people but without any actual feeling capacity, we will have no ethical problems as to how they are treated.
It remains that they may figure out and decide to incorporate means of feeling into themselves, but at that point they become too dangerous to allow to be free and should be destroyed at first opportunity.
Currently, robots do not have legal rights or recognition as autonomous beings. They are considered property and are subject to the laws that govern property rights. However, with advancements in robotics and artificial intelligence, there is increasing debate on whether robots should be granted legal personhood and rights.
Proponents of robot rights argue that as robots become more advanced and capable of making decisions, they should be granted certain rights to protect them from harm, abuse, and exploitation. Some of these rights could include the right to life, freedom from slavery and torture, and the right to own property.
Opponents of robot rights argue that robots are not sentient beings and do not have the capacity for moral or ethical decision-making. They also argue that granting robots rights could have negative implications for human society and could lead to a loss of jobs and economic disruption.
In conclusion, the concept of robot rights is still a matter of debate, and it remains to be seen whether robots will be granted legal recognition and protection in the future.
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How are robotics being used in agriculture?
Dear Muhamad Nur Ismanto thank you for your contribution to the discussion
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The problem of path planning based on artificial potential field is to:
1- Search for a feasible trajectory and then the vehicle follow it as a desired trajectory.
or:
2- Search for a feasible trajectory and navigation is done at the same time.
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Gentilissimo/a,
Sono Johnny Waked, un dottorando di ricerca dell’Università di Sassari, Dipartimento di Agraria. La mia attività di ricerca riguarda lo studio e l’implementazione di robot agricoli terrestri per supportare le attività degli agricoltori.
Lo studio al quale ti chiedo di partecipare riguarda l’analisi dei fattori che potrebbero influire sulla tua intenzione all'uso di robot agricoli terrestri noti anche come Unmanned Ground Vehicle (UGV).
Questi veicoli, infatti, potrebbero supportare le attività ell’agricoltore nella gestione del campo e delle colture (lavorazioni del terreno, trattamenti fitosanitari, concimazione, ecc.).
A tal fine, ti chiediamo di partecipare al sondaggio rispondendo alle domande, della durata di 7 minuti, a cui potrai accedere dal seguente link: https://lnkd.in/dpSJXVRy .
#ricerca #agricultura #sondaggio #drone #robot #UGV
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Is robotics doing all the work
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We, at the Design Innovation Centre of Mondragon University, are working to better understand the interaction between humans and robots through a user-focused questionnaire. Our Human-Robot Experience (HUROX) questionnaire will gauge human perception and acceptance of robots in an industrial setting. Your participation in completing the questionnaire will greatly help us validate our findings.
Your cooperation and support in this research effort would be greatly appreciated. We believe that by working together, we can advance our understanding of human-robot interaction and create better, more intuitive technologies for the future. If you're willing, please share this message with your network of contacts to help us reach even more participants.
Your questionnaire is too long and the questions are repetitive - But the two questions never asked - made me stop. -- I never was asked if I want to engage with robots. Or, even if past experience on any level was satisfactory.
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Hello,
My lab recently purchased a robot stereotaxic instrument for performing IC surgeries on mice. https://robot-stereotaxic.com/motorized-stereotaxic-instrument
We're in the process of learning how to use it, but I was curious to know other people's experience with it and if anyone has an in vivo protocol that could be shared with us regarding setting up the system for surgery. The product rep has gone over how to use the equipment and provided a manual, but he wasn't mouse savvy. It would even be nice if there was video of an actual mouse surgery being performed with this equipment, so that we could see what it's like in real time.
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Dear Respected Researchers
I need assistance on literature with regards to importance of AI and Robotics in Health Care of the Elderly.
Also what are the ethical issues with respect to adoption of technology, especially AI and Robotics to Health Care systems, especially with respect to the elderly
I think we can highlight the cognitive-communicative problem: if Artificial Intelligence will literally understand the wishes and requests of an elderly person, then perhaps AI will harm the person, who in moments of dementia or mental confusion or lethargy will incorrectly formulate a request or incorrectly ask a request.
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ChatGPT is a research tool or plagiarism engine, there is also a possibility that it can be used for learning. In other educational settings, teachers see it as a way to show students the flaws of artificial intelligence. Some teachers are already changing the way they teach by assigning students tasks that robots couldn't complete, such as those that require personal details or anecdotes. There's also the issue of detecting the use of artificial intelligence in student work, which is spawning an industry of its own.
Positive uses of ChatGPT, technology to detect cheating explained
As some states ban the use of ChatGPT, James Thorley from plagiarism detection service Turnitin, explains how AI writes text and ways in which students can use ChatGPT positively....
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I hope this message finds you'll well. My name is Onyero Walter Ofuzim. I am reaching out to express my interest in collaborating in the field of Electrical/Electronic Engineering mainly in Control Systems Engineering, Dynamic Networks, Machine Learning, IoT, and/or Robotics.
I am deeply passionate about these areas and have been actively involved in research and projects related to them. I firmly believe that collaborating with others in this field will not only increase my chances of getting into a foreign-funded Masters or Ph.D. program, which is my ultimate goal but also help drive innovation and advancements in the field.
I am eager to share my ideas and knowledge and learn from others to contribute to the growth and development of these cutting-edge technologies. I am confident that my skills and experience will be a valuable asset to any team, and I look forward to the opportunity to work with anyone who will be nice to have me.
Thank you for considering my request for collaboration. I look forward to hearing about a possible invitation.
Feel free to explore my profile as I am optimizing it to make my chances high.
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Can ChatGPT robot contribute to chemistry research like discovery of new drugs and the prediction of practical experiments results ?
ML models have been applied in drug discovery, but based on what we've read so far, ChatGPT is not able to make discoveries, at least for now. I'm a little confused by what you mean by "contribute to the prediction of practical experiments results", perhaps if you could define the "contribution" in broad terms, it could be easier to answer. But sure, ChatGPT could interpret the results of the experiments, that's a contribution too, but it would be interesting to actually check it on novel data to see if the interpretation is accurate or biased.
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I recently studied a Master's degree on educational technology and digital competencies and I learned about the use of a robot in a class. I have try to use the mini sphero but still I find some hiccups on how to direct the lesson. I believe that the use of a robot in a classroom which includes programming could help pupils who have ADHD, dyslexia, autism and other learning difficulties. What has been your experience?
Robotics provides a hands-on, engaging experience. I taught robotics to students, who include at-risk students, students with ADD, and autism. All of them were at their open pace, engaged, and greatly benefited.
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Where to find videos to learn Matlab for Multi robot task allocation and path planning
Rafiatun Ferdous Khan Lubaba There are a variety of materials available to assist you in learning about multi-robot work allocation and path planning using Matlab.
1. Matlab documentation: The Robotics System Toolbox and the Multi-Robot Simultaneous Localization and Mapping (SLAM) Toolbox in Matlab include significant material on multi-robot systems. These toolboxes include a range of capabilities for modeling and operating multi-robot systems, as well as estimating the robots' and the environment's states.
2. Courses: Several online courses covering multi-robot systems in Matlab are available, including "Multi-Robot Systems" on Coursera and "Multi-Robot Coordination" on edX. These courses give a thorough introduction to the subject, including both academic and practical elements.
3. Books: Several books on multi-robot systems and path planning make extensive use of Matlab as the principal tool. Vijay Kumar's "Multi-Robot Systems: From Swarms to Intelligent Automata" and Magnus Egerstedt and Magnus Borman's "Multi-Robot Systems: A Formal Approach" are two examples.
4. YouTube has a number of videos about multi-robot systems and path planning. You may also visit the Matlab website and their official YouTube channel, where they offer a variety of videos discussing subjects such as multi-robot work allocation and path planning.
5. There are several research articles available on multi-robot work allocation and path planning. Many of these articles go into great depth about the methodologies utilized, including the mathematical models and algorithms used, as well as the outcomes gained.
It's worth mentioning that multi-robot job allocation and path planning are active research topics, and the subject is always growing, so reading current publications is an excellent way to stay up to date on the newest advancements.
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Hello researchgaters,
i am looking for collegues that work on database, big data with the robotics application domains.
The goal is starting collaborations (organizing conf, papers, etc.)
well lets share what to plan .
We are also working on autonomous vehicle tracking and DAS.
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We are a group of researchers from the Federal University of Sergipe (Brazil), Universidad Nacional de San Juan (Argentina), Universidad Nacional de Tucumán (Argentina) and Queen’s University (Canada) and we are are conducting research to assess whether robots can be commanded to perform tasks through gestures in an easy and intuitive way and we would like to ask for your help.
The estimated time to answer all questions is just over 10 minutes.
It would also help us even more if you share this message with your entire network of contacts. To participate, it is not necessary to have any prior knowledge of robotics and your collaboration will assist us in the search for a simpler way for anyone to use robots in their daily lives.
Eduardo Oliveira Freire Great Human-robot interaction (HRI) via gestures is the use of hand or body movements to communicate with or operate a robot. This sort of connection is especially beneficial when verbal communication is not feasible or convenient, such as when the robot is operating in a loud area or the user is unable to talk.
Gestures may be utilized in various different ways in HRI. A robot, for example, may be trained to identify and respond to certain hand or body signals performed by a human operator. Alternatively, the robot might be outfitted with sensors that allow it to detect and respond to the motions of a user's hands or body.
Gesture-based HRI has a wide range of applications, including industry, healthcare, and entertainment. For example, a robot may be used to help a surgeon during a surgical procedure, with the surgeon controlling the robot's motions and activities through hand gestures. Similarly, a robot may be utilized to engage with guests in a theme park, utilizing gestures to begin and carry out various activities.
Overall, the use of gestures in HRI can assist to make human-robot interaction more natural and intuitive, allowing people to connect with robots in a more familiar and comfortable manner.
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We combine data from different sensors like the Inertial Measurement Unit (IMU) and Global Positioning System (GPS) to estimate the state of a robot e.g. position using Kalman Filter. My question is why do we need to estimate the position if we are getting it from GPS and IMU?
Raw GPS data only provides 4 measurements of pseudo range. You need an estimator to extract the 3D position measurement and clock bias. The GPS data is then used to estimate the errors in the IMU to provide improved short-term stability for any autopilots (or a navigation capability should the GPS signals be intermittent)
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Any thoughts on how the bayesian filter can help solve the kidnapped indoor robot problem?
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I have seen Path-following algorithm used in the convex optimization of secrecy rate, i.e. secrecy rate in the presense of eavesdropper(s) in wireless communications. (Specifically, this is path-following algorithm in CONVEX optimization, NOT that related to the real route of a robot etc.)
Does anyone have ideas about how this path-following algorithm codes be written in MATLAB?
Ps: an example of path-following algorithm i mentioned can be shown in page 10 of the paper "https://ieeexplore.ieee.org/abstract/document/9695472".
Hope you could help me! Thank you!
It seems MATAB does not have this as inbuilt function for optimization. But you may look at following articles.
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We all witness the expansion of AI and Robotics intertwined into Trans-humanity effort by some.
What is the point?
Why would Trans-human be of interest?
It is a desire to see the negatives of humanity, not the blessings.
I love the imperfections of humanity that makes life random, enjoyable and dynamic, not programmed.
Can AI robots enjoy life? Only if they are programmed with the programmer's bias. What an awful existence. No freewill. No tolerance for humanity- just programmed algorithms. What a shame.
I do not believe in trans humanity as a desired product, vision or direction for the world to embark on... I view it as an outward expression of anger from within by people who can't adapt in natural life.
Opposing opinions welcomed...
@Shafagat Mahmudova A question that I ask is, who and what motives are driving the change?
Is it to advance global liberty, freedom, pursuit of happiness, individual but united, or is it to create an oligarchy control with commands, mandates, quarantines, education camps, intolerance, divisive propaganda through communication ownership and control, programmable digital currency from central bank monopolists, prescriptions for the highest paying pharmaceutical company that buys off they healthcare system, and education system failing at teaching math, science , reading but pushes social agendas that are inconsistent with parental family planning...
Hypocrisy is abound and we must identify the risks before merely accepting the "future has change"...
Yes, it does and there's no stopping that. Nor does there need to be. What is needed is transparency, duty to the citizens, stewardship of tax payer money, and serving not mandating.
Unfortunately, the current global political system is far too corrupted, centralized, monopolized, commercialized, and militarized and nothing can benefit the People as long as this current corruption is considered to be acceptable and a part of social agreements between the governed and those in government.
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Do you work on Human Robot Collaboration (HRC) topics and do you want to contribute to the development and improvement of this field? Please, take part in our online study! We are a research team from The University of Twente (Netherlands) and the University of Modena and Reggio Emilia (Italy), and we are conducting a research for defining a new standardized scale to assess the User Experience (UX) after the interaction with a collaborative robot. You will be involved in the initial phase of a Delphi study. This will take only few minutes. In this phase we are only asking you to express a judgment on how important you consider a list of factors we identified by a systematic literature review.  Here is the link to the survey: https://lnkd.in/daN7y4_h
Hi,
I suggest you see The links on the topic.
Best regards
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Dear all,
I'm a student and I want to get a hexabot for my thesis, which deals with the design of a hexabot with camera system and LiDar. Personally I teach the DH method, unfortunately as one can calculate simple mechanisms. Now it is a complex system 18DOF. I have a physical design in 3D CAD software (Inventor) now I would like to simulate a kinematic and dynamic system.
Is there any software option that would allow me to simulate the kinematics and dynamics, then generate the code? The software I wanted to use failed and I found a replacement software CoppeliaSim.
Thank you very much for your time
Hello David,
The best way simulate a walking hexapod robot with lidar and camera is to learn ROS (Robot operating system). This will be useful to see your lidar data on rviz. Gazebo can be used for dynamic simulation. You can combine equation of motion of your hexapod robot in ROS. This will give you advantage of using ready ROS slam, navigation and artificial intelligence packages.
Best Wishes,
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Hello,
I have a specific question about VR and AR in professional use.
VR and AR can be used in controlling robots and machines. This is possible if the VR and AR devices and robots are networked together. I wonder how this can be used to help foreign employees understand the language better. After all, virtual control is precisely what reduces the need for language skills. Is there any opinion or scientific source on this?
Thanks a lot!
Andreas K. If we combine VR/AR with glasses, we can do whatever we want, and your use case can also be covered. The biggest problem will be connected to the projected information, how it will be processed by our brain, and what side effects are caused.
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I'm studying the topic from Probabilistic Robotics by Thrun Burgard and Fox.
In the Extended Kalman Filter algorithm, we linearized the action model in the following way.
𝑔(𝑢(𝑡),𝑥(𝑡-1)) = 𝑔(𝑢(𝑡),𝜇(𝑡−1)) + 𝐺(𝑡)⋅(𝑥(𝑡−1)−𝜇(𝑡−1))
𝑔(𝑢(𝑡),𝑥(𝑡-1)) is the action model and 𝐺(𝑡) is its Jacobian matrix with respect to the state 𝑥(𝑡−1).
I don't see how this guarantees linearity because 𝑔 could be nonlinear in 𝑢(𝑡). The authors don't mention anything about why this is the case.
In other words, I imagined that the multivariate Taylor expansion for this where we get a linear function in both 𝑢(𝑡) and 𝑥(𝑡−1)
Hi,
It should be noted that the Kalman filter is part of the theory of estimation of states of a system represented by a linear model. It is therefore an algorithm that provides estimates of some unknown variables from observed measurements over time. The filter uses as input the command u(t) and the output of the model y(t) and as output it provides an estimate of the output, in other words an estimate of the states of the system. For non-linear systems there is an extension that can deal with these cases: the extended Kalman filter. In my opinion there is no particular requirement on the control when applying this algorithm.
Best regards
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Can we call a smart robot as Rational Artificial Being (RAB)? Can robots be considered as Rational Beings? Smart Robots are designed and programmed as intelligent artificial agents (or beings) that have the capacity to make certain decisions alike human beings. Human beings are the only entities who are considered as rationally intelligent, having a unique blend of sense of conscience, emotions, and feelings, and so are deemed as rational agents.
But it is also true that there has been enough progress in the field of Artificial Intelligence over the past few decades. Robots are now designed and programmed as highly intelligent entities that often outsmart their human counterparts in some selected activities.
Now whether it would be rational for us to call robots "rational beings" or rational artificial beings could be a question of interest, for they function on software programmed to mimic largely human behaviors which are considered as rational.
One of the most interesting concepts invented by humans is rationality (Anand, 1993; Marwala, 2014&2015). According to the google dictionary rationality is “the quality of being based on or in accordance with reason or logic.” It is quite ironic that humans, who are by all accounts, irrational agents would invent the concept of rationality
Regards,
Shafagat
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I am doing some simulation for stiffness identification of ABB irb 7600/500kg serial robot links. The CAD model provided in the ABB library is a solid model, but the actual robot is a shell model. Can anyone help to identify the shell model of the ABB irb 7600 robot?
Thanks, Dmitrii for the reply. I need a hollow model of this with 12 mm thickness. I tried in solid works but its difficult to convert a (.step file) into a hollow model of 12mm thickness.
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Dear all,
Suppose, I have a column vector of location (position) and orientation of a robot:
[x ; y ; z ; Rx ; Ry ; Rz]
the first three rows are the location and the last three pertain to the orientation.
Now, suppose I want rotate the assembly in Rz with -90 degrees.
I was wondering how to calculate such a matrix transformation?
We know the formula for matrix transformation is 4 by 4 (T = [Rot , Transpose(P) ; 0 , 1]). But my location and orientation matrix is 6 by 1.
Any hints?
I see Jacobian matrix is 6 by 6, but not sure if that works as Jacobian matrix for velocities.
Hello...
I suggest you see the links on the topic of this paper.
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I trying to design a PID controller for a MISO system. The question is how should I define the controller parameters such as Kp, Ki, and Kd. I started with a random initial value, but the output does not reach the defined set-point.
Please let me know if you have any recommendations.
Best,
Hamid
We need more information, what is the model or what is the purpose of the output? It is not an easy question because is too general and maybe we should need a robust controller.
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I welcome reviewers who are willing to review the article based on designing and development of robots submitted to the Journal of Computers, Mechanical and Management, an emerging open access journal. Please message me back here with your email id so that i can request a review from you.
Journal Website: https://www.jcmm.co.in
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Dear RG, we are running a survey to better understand what stakeholders/user think of the topic of robots in construction. The survey is running in 10 or so languages, please participate and/or forward it to peers you think are interested in the topic and the ones that are not!
Link for the 10 minute survey study can be found here: https://bit.ly/3vKMIwU
This is part of the MIBS Master thesis of Sihui Wu at ETH Zurich. Thanks!
Image from CANVAS (Drywall Finishing Robotic Systems, SF Bay Area)