Smart Home - Science topic

The EU Data Act might be the law enabling smart homes, smart factories, Industry 4.0, and Digital Transformation. So what does the act require from OEMs and what does it offer to the various stakeholders? And what are its implications?

Recently, accelerated technological progress is being made, including the development of generative artificial intelligence technology. The aforementioned technological progress made in the improvement and implementation of ICT information technologies, including the development of applications of tools based on generative artificial intelligence is becoming a symptom of the transition of civilization to the next technological revolution, i.e. the transition from the phase of development of technologies typical of Industry 4.0 to Industry 5.0. Generative artificial intelligence technologies are finding more and more new applications by combining them with previously developed technologies, i.e. Big Data Analytics, Data Science, Cloud Computing, Personal and Industrial Internet of Things, Business Intelligence, Autonomous Robots, Horizontal and Vertical Data System Integration, Multi-Criteria Simulation Models, Digital Twins, Additive Manufacturing, Blockchain, Smart Technologies, Cyber Security Instruments, Virtual and Augmented Reality and other Advanced Data Mining technologies. In addition to this, the rapid development of generative AI-based tools available on the Internet is due to the fact that more and more companies, enterprises and institutions are creating their chatbots, which have been taught specific skills previously performed only by humans. In the process of deep learning, which uses artificial neural network technologies modeled on human neurons, the created chatbots or other tools based on generative AI are increasingly taking over from humans to perform specific tasks or improve their performance. The main factor in the growing scale of applications of various tools based on generative AI in various spheres of business activities of companies and enterprises is due to the great opportunities to automate complex, multi-criteria, organizationally advanced processes and reduce the operating costs of carrying them out with the use of AI technologies. On the other hand, certain risks may be associated with the application of AI generative technology in business entities, financial and public institutions. Among the potential risks are the replacement of people in various jobs by autonomous robots equipped with generative AI technology, the increase in the scale of cybercrime carried out with the use of AI, the increase in the scale of disinformation and generation of fake news on online social media through the generation of crafted photos, texts, videos, graphics presenting fictional content, non-existent events, based on statements and theses that are not supported by facts and created with the use of tools available on the Internet, applications equipped with generative AI technologies.

In view of the above, I address the following question to the esteemed community of scientists and researchers:

I am conducting research in this area. Particularly relevant issues of opportunities and threats to the development of artificial intelligence technologies are described in my article below:

And what is your opinion about it?

What do you think about this topic?

Please answer,

I invite everyone to join the discussion,

Thank you very much,

Best wishes,

Dariusz Prokopowicz

Today, there are already opportunities to develop urban green areas as part of the green transformation of the economy, to turn large areas of concrete and asphalt into urban parks, to implement new ICT and Industry 4.0/5.0 information technologies into computerized urban agglomeration management systems and thus transform current cities into modern agglomerations developing according to the green smart city model. Developing urban green areas generates many positive effects for the residents of an urban agglomeration, including both humans and animals living in urban parks. The issue of developing urban green areas has increased in importance due to the occurrence of increasingly frequent and severe periods of drought and heat during the summer season. The replacement of areas covered with concrete or asphalt with green areas results in a significant drop in air temperature and increased humidity, which is especially important during the summer heat. In many cities in recent years, the levels of maximum air temperatures have steadily increased from year to year. During such periods, the scale of citizens' use of cooling equipment has strongly increased, resulting in a large increase in demand for electricity. In addition, during periods of drought, some citizens used tap water to water their home lawns. This caused a decline in the city's drinking water reserves. As a result, some cities are implementing restrictions on the use of water from municipal water supplies. The bans mainly concern the use of water from municipal water supplies for watering lawns, washing cars and filling swimming pools. Besides, the development of urban green areas promotes the population of pollinating insects, including honey bees, whose numbers are rapidly declining due to the excessive and improper use by farmers of pesticides and other chemical pesticides, the use of which poisons, wiping out bees and other pollinating insects. Besides, increasing urban green areas improves air quality, which is often still polluted by emissions from the process of burning fossil fuels, burning motor fuels in motor vehicles, production processes carried out in industrial plants located near urban agglomerations. Increased areas of urban parks also allow city residents to spend their leisure time in conditions similar to the natural environment, and are a place for convalescence, rest, physical and sports activities, etc. In addition, flower gardens, ponds, botanical gardens and zoos can be created in city parks, which are additional assets for improving urban living conditions, and also can serve children and young people as important elements for supporting nature, ecology, environment, climate education, etc. On the other hand, the implementation of new ICT and Industry 4.0/5.0 information technologies into computerized urban agglomeration management systems, combined with the application of the goals of sustainable development and green transformation, makes it possible to transform cities into modern agglomerations developing in accordance with the green smart city model.

In view of the above, I address the following question to the esteemed community of scientists and researchers:

And what is your opinion on this topic?

What is your opinion on this issue?

Please answer,

I invite everyone to join the discussion,

Thank you very much,

Best wishes,

Dariusz Prokopowicz

Will a new world order run by artificial intelligence be born? If there are smart devices such as GPT chat and smart homes, as is the case in the United Arab Emirates and other smart countries and cities, as is the case in China and Japan, this will lead the world to the emergence of smart countries. If smart states exist, what wouldn't they be able to generate an intelligent world order.

In a short period of time, within the next few years, all the world's decisions will become hostage to artificial intelligence. Will artificial intelligence bring justice and charity, improve administrative, social, political and economic systems, and solve all the climate problems facing humanity? This makes the world a planet like eternal paradise, because intelligence removes evil, ignorance, and darkness. Is artificial intelligence the hope on which we build our dreams and convince the miserable? Is it the ideal solution?

Or do we protest and stop the production and development of artificial intelligence, and in return rely on human intelligence before it is too late, until international academics unite in the International Association of Universities and rid the world of pain and misery? Which of the two methods is better?

Smart homes have been a topic of interest for years, but it feels like we're on the cusp of seeing some major advancements. From voice-controlled lights to fridges that can order groceries for you, the possibilities seem endless. As we look ahead to 2023, what do you think will be the next big thing in smart home technology? Are there any challenges or concerns you foresee? Whether you're already living in a tech-savvy home or just dreaming about the possibilities, let's discuss what the future of our living spaces might look like!

The concept of a "smart home" is important because each homeowner has his own vision and needs. The article discusses the stages of implementing the "smart home" system, conducts a comparative analysis of wired and wireless systems, and determines the main requirements of the owners of the system. A smart home will turn off all sockets, leaving no chance for trouble. The system will also recognize the arrival of parents and turn on the power supply throughout the apartment.

Authors are solicited to contribute to the book series by submitting articles that illustrate research results, projects, surveying works and industrial experiences that describe significant advances in the following areas related to IoT, but are not limited to

Senior Helpers Canada

Artificial intelligence (AI) technology holds great potential for enhancing the lives of elderly individuals.

With an aging population, AI-driven solutions offer opportunities to address challenges and improve the well-being of seniors. In this blog post, we will explore some ways in which new AI technology can support the elderly today and in the near future. Better Health Monitoring and Personalized Care

AI can revolutionize healthcare for the elderly by providing efficient and personalized monitoring and care. Wearable devices with AI algorithms can continuously track vital signs and detect abnormalities, alerting caregivers or medical professionals in real-time. This technology acts as an early warning system for potential health issues, allowing for prompt interventions and reducing the risk of adverse events. AI-powered virtual assistants can remind seniors to take medications, schedule appointments, and offer helpful advice on managing chronic conditions. Enabling Independent Living

Maintaining independence is crucial for seniors, and AI technology can play a significant role in supporting their autonomy. Smart home systems integrated with AI can adapt to seniors' daily routines and preferences. Voice-activated assistants like Amazon's Alexa or Google Assistant can assist with various tasks such as turning on lights, adjusting room temperature, or ordering groceries. AI-powered home monitoring systems can ensure safety by detecting falls or accidents and notifying emergency services if needed. These advancements empower seniors to comfortably age in place while providing an added layer of security.

source: https://www.seniorhelpers.ca/blog/how-ai-technology-can-improve-the-lives-of-the-elderly

I need a car with: (1) good wheels, (2) good engine, (3) good breaks, and (4) without much electronics. Is it possible to buy such a car? I do not like smart machines.

I am doing research about human activity recognition in Smart home.

to create human activity dataset (ADL)

Dear all,

Could I ask the differences between intelligent residential buildings and smart homes? Much of the functionality is the same and so the terms overlap to some extent. Can smart homes be an alternative term for intelligent residential buildings, or intelligent homes?

Thank you and Welcome to your comments.

If the house is heated and supplied with electricity from various renewable, emission-free and possibly also non-renewable energy sources, when on the one hand the energy for heating water can be generated from the sun, heating the house can be generated through heat pumps powered by photovoltaic panels, possibly from geothermal sources, etc., the energy for heating the house can be generated from the sun, the energy for heating the house can be generated through heat pumps powered by photovoltaic panels, possibly from geothermal sources, etc., etc. Electricity can be generated from home solar and/or wind power and any shortfall can be made up from external energy suppliers. However, when there is too little sunshine and no wind, the shortfall in electricity must be made up from other energy sources to power the heat pumps that heat the house. However, when there is an energy crisis and high energy prices from external suppliers, powering the heat pumps can become highly expensive. In such a situation, a modern, low-emission wood-burning cooker or an eco-friendly fireplace fuelled by biofuels can be run as an emergency. As the weather aura changes and the price of electricity from external suppliers (energy companies supplying electricity and/or system heat) changes, this type of complex, multi-source heating and electricity supply system for the home needs to be managed continuously. It may then be useful to use computerised, integrated systems to manage the various heating, lighting, white goods, white goods, etc. smart home. Computerised, integrated systems for the management of various heating appliances, lighting, white goods, consumer electronics, etc. smart home can make use of a specific generation of artificial intelligence technology and other Industry 4.0 technologies. Through such solutions for the improvement of smart, computerised, integrated home energy risk management systems, savings can be generated in terms of thermal and electrical energy consumption.

In view of the above, I address the following question to the esteemed community of researchers and scientists:

What do you think about this subject?

Please respond,

Please answer with reasons,

I invite you all to discuss,

Thank you very much,

Regards,

Dariusz Prokopowicz

The main features of smart homes/buildings include real-time monitoring, remote control, safety from intruders, gas/fire alarm, and so on. Because sensitive and private information is managed within smart homes/buildings, security and privacy solutions must be put in place in order to protect users/businesses' data against violation attempts as well as to guarantee the provision of reliable services. To this end, rules—in the form of policies—associated with the smart home/building resources must be defined and correctly enforced by means of a robust framework for handling the huge amount of IoT data managed.

Source: Sicari, S., Rizzardi, A., Miorandi, D. and Coen-Porisini, A. Securing the smart home: A real case study, Internet Technology Letters, 2018; 1:e22. https://doi.org/10.1002/itl2.22

N. Panwar, S. Sharma, G. Wang, S. Mehrotra, and N. Venkatasubramanian, “Verifiable round-robin scheme for smart homes,” in Proceedings of the Ninth ACM Conference on Data and Application Security and Privacy, CODASPY ’19, pp. 49–60, 2019.

The data set needed

The development of smart cities is a part of the broader concept of sustainable pro-ecological development based on the use of modern, innovative information technologies and in addition to ecology.

In this way, the development of smart cities also improves people's lives and can make people happier.

Do you agree with me on the above matter?

Please reply

Best wishes

I've recently published the following article in the Korea Times.

And how do you feel about smart factories? Please be as specific as possible when expressing your comments.

Humanity has come a long way from its earliest traces of civilization. Through industrialization, advancement has been brought to the world like never before. The introduction of human labor and later on machines were heightened to a great emphasis, being the main fuel of the economy. Manufacturing became a core concept in terms of civilization during the height of capitalism; a necessity in providing for the needs of citizens in terms of products, services and jobs among others. It is probably right to say that humanity's current habits revolve around the whims and ways of capitalism. Despite the fact that humanity has highly benefited from different stages of industrialization, it has also revealed how it can be perilous and detrimental to citizens throughout the years in different aspects. One of the dangers that capitalism and intensive labor pose toward workers would be the tendency of burnout from excessive and inhumane workloads. Burnout can also come from repetitive tasks, whereas humans are naturally inclined to look for new things to explore and experience from time to time. More so, labor workers also frequently encounter the risks of unjust labor treatment, particularly in relation to wages, benefits and regulations. Amid the introduction of artificial intelligence (AI) technology during the current Industrial Revolution (IR), the same issues regarding the negative sides of labor and capitalism maintain their prevalence. This is where the idea of smart factories enters. In the simplest sense, a smart factory is a manufacturing site wherein the traditional workload is combined with smart machinery powered by huge data and technological systems. Smart factories are factories that are highly improved, innovated, and advanced, branching out as a contribution of IR 4.0. One of the great benefits that smart factories introduce would be the ability to shorten the duration and costs of operations in manufacturing. This is because it is highly flexible in adapting with the usual processes that happen in the factory through the means of storage and analysis of huge data. In doing so, the manufacturing processes became more efficient and effective, lessening the workload that employees are usually tasked with. A smart factory provides for the reduction of manufacturing process times and costs by adapting and optimizing operations as well as storing and analyzing vast amounts of data in real time. This leads to a more flexible, efficient, and autonomous production by encouraging workers to focus on improving processes rather than on mundane jobs, resulting in high value. Smart factories gradually gear up society for IR 5.0, with the goal of creating a people-centered economy rather than a task-centric economy. As smart factories aim to lessen the workloads of human workers, it allows them to have more time for other fundamental things that comprise their lives, other than their jobs and careers. Smart factories give hope for individuals to have more time for recreation and leisure, as well as time spent with family, friends, and meeting new individuals instead of working for eight hours straight. A smart factory strategy does not equate to a total replacement and retrenchment of employees with machines. Rather, it would employ the fusion of the work and effort of both humans and smart technology-powered machines. It adapts a system that is highly-digitalized wherein real-time data is optimized. Smart machines or smart robots can be programmed with repetitive and routine tasks that are usually compiled by the human workforce. Simply put, it brings forth a workplace and lifestyle for individuals that is both sustainable and humane. It is well known that the height of capitalism involves intense competition within and outside of firms and companies. With that being said, the utilization of smart factories and artificial intelligence allows the opportunity for robots to be those involved in the competitions instead of relying on humans. This can be done in the way that smart robots will be mainly responsible for the heavy processes done during production. Thus, they will be liable for the quality of the manufactured goods which are the foundation of a company's competency compared to other companies. In turn, this would relieve the human workforce from the added pressure that is embedded in the production process for the obvious reasons that they are held responsible for the product quality and output. Through smart robots, quality products and their output can be made, which will be the basis for the reputation of the company's name. External influences such as the macroeconomy and the pressure it places on a firm and its employees can play a significant role in fostering a toxic workplace. Smart factories give us a chance to save humanity and society by providing a realistic, attainable and considerate alternative for the people. Such an approach would provide the steps for a healthier and more sustainable lifestyle for humans in terms of realigning their relationship with work. Lastly, it promotes a society that looks out for the well-being of its citizens, instead of looking at them as mere workers. Rushan Ziatdinov (ziatdinov.rushan@gmail.com) is a professor in the Department of Industrial Engineering at Keimyung University, Daegu.

I want to simulate and test different type of situation in an IoT based smart home system. Hence I need some suggestions of suitable software to experience the environment virtually. Following that, I would like to implement too.

Today's hostels are experiencing an increase in noise pollution.

Smart house technologies have been introduced to make homes more ecologically friendly. Can these technologies be applied to our hostels so that rooms that play loud music have their meters turned off when the loudness reaches a certain level? Do you have any suggestions?

Dear Authors, Reviewers, Readers or Partners

I am working on writing a paper about the title below, I am looking for researchers who would like to join me to complete this paper and publish in the ISI journal.

Whoever finds himself desiring to join contact me:

survey on energy - efficient smart home load forecasting technics

The word "smart" is related to innovation, artificial intelligence, remote access to smart computerized systems, the Internet of Things, cloud computing, data processing and access to equipment for buildings, factories, etc. from mobile devices equipped with access to the Internet and other technologies of the current technological revolution known as Industry 4.0.

Do you agree with my opinion?

Please reply

I invite you to the discussion

Best wishes

It will be a great opportunity to share thoughts and research findings on aging and elderly smart healthcare.

What technologies dominate in the development of urban agglomerations according to the concept of smart-ecology sustainable development cities?

I invite you to the discussion

Best wishes

What communication technologies are used in low-power, low-bandwidth smart home networks(ZigBee, WiFi HaLow,BLE, ANT, and Z-Wave wireless technology)?

Dear Sir/Madam,

I would like to see if anyone is interested in collaborating on some research papers. I work in the fields of SMART GRID, SMART BUILDINGS, OPTIMIZATION, and ENERGY MANAGEMENT.

If you are interested, could you send me a private text, please?

Thanks,

have a nice day!

Today, there are different smart "things" such as smart cities, smart services, smart products smart homes, etc. So, what is smart data ? What is the difference between smart data and big data ? and How smart data supports smart "things"?

I'm starting a research which aims to build Domain Specific Langauge (DSL) for users automation for smart home for example. Any suggestions about tools used to build such langauges, features that should be in these automations?

Thanks in advance..

In the last decade, boosting sustainability has been extensively studied in developing countries and developing societies. According to many works of literature, many attempts strive to achieve sustainability's main goals. Moreover, in Paris Conference Agreement in 2015, a decision to low the harmful gas emissions and low the earth's temperature by 2° C had been made.

As I found out, developing countries already have possibilities and opportunities to boost and achieve its targeting goals. At least the 17 goals that UN was determined. Although it is obvious that boosting sustainability is too hard for these contexts, I really seek to know why?

This is a well-recognized issue that necessitates a better approach toward figuring suitable solutions. Perhaps one of the first questions to arise is: How can we boost sustainability in Developing Countries?

Dear Colleagues,

The Internet of Things (IoT) and smart home technologies are growing at a rapid speed today. It is estimated that 75 billion IoT devices will be connected by 2025. An IoT device contains a microcontroller, sensors, wireless transceiver, and power management circuits. Using high-capacity batteries, super/ultra-capacitors, or energy harvesting technology, the IoT device must run from several weeks to several years. Low-power design is one of the highest priorities in designing IoT and smart home devices. To fulfill the low power goal, the designers of IoT devices must pay attention to selecting low power hardware components, utilizing power down modes in firmware, and energy harvesting for recharging the battery.

This Special Issue aims to collect original research or review articles on IoT and smart home applications with low-power hardware and software design in mind. Applications in environment monitoring, wearable devices for health monitoring, home automation, and using machine learning for sensor data analysis will be considered.

URL: https://www.mdpi.com/journal/energies/special_issues/LPD_IoT_SHD

Dr. Tareq Khan Guest Editor

Internet Of Things

Smart home

Sensors

Wireless transceiver

Embedded systems

Machine learning

Low-power design

Wearable devices

Environment monitoring

Hello.

I would like to know if smart HVAC is the same as measuring temperature and Humidity or there is a clear explanation on this as I am working on a smart HVAC system as part of a smart home.

Regards,

Please give now existing or built examples of cities, agglomerations or city districts, small towns that operate within the concept of smart cities and in accordance with the principles of sustainable pro-ecological development?

Please reply

Best wishes

Dear researchers, could you please help me with my question?

I would like to know how I can run multiple optimizations in one program...?

All the optimizations are the same in terms of variables, parameters, and sets but with different input data. The input data are being read from some mxn matrices. The number of optimizations is m. The output of each optimization is supposed to be returned in an mx1 matrix and the variables in some mxn matrices. Therefore, I wrote the objective function equation like this:

However, it doesn't work and returns this error:

I even tried loop but it didn't work.

Any solution is appreciated. Thanks in advance.

I am Ammar Hameed Shnain, a graduate researcher of Information Technology (IT) at Universiti Utara Malaysia. I humbly request the renown researchers who are experts enough to verify the developed theoretical model in my current research. The model attempts at investigating the Influential Factors on Intention To use Smart home services among the Elderly. Besides, I would like to validate the constructed questionnaire to carry out my research.

I would be much grateful for any assistance you may supply.

Regards

In domestic field, washing machine and dishwasher loads are categorized as controllable- shiftable loads.

Nowadays, what are most known published works on this topic?

In particular, what is the most effective approach in formulating such kind of loads?

What are the most effective algorithms which are able to schedule in real time the cycle of such loads without assuming to know a priori the future energy demand?

What are is the most common objective function used by a training (optimization) algorithm?

I am planning to develop a methodology to analyse electric energy consumption based on user's behaviour and environment. Therefore I am looking for a tool that generate appliance level consumption data along with the user activities going on and environmental data that affect consumption (like doors and windows state, outside temperature, occupants' presence and location, etc.)

I have an idea about Simulink and DesignBuilder. But Simulink simulates appliances consumption regardless of users's behaviour and occupants presence, and DesignBiulder generates whole-house consumption data.

So do you have an idea of a tool that may serve my purposes?

Is the competencies of the clever grid, smart homes, and its combined with IoT components in other public utilities, including roadways, sewage, and water transport can make a contribution to greater included and useful infrastructure, particularly in towns?

I am intending to construct a questionnaire as a part of my PhD study to measure the intention to use smart home services base on IoT among the elderly. As I know, constructing a new questionnaire requires some tests to conduct, including reliability and validity tests. However, the term validity is confusing for me and I am not sure about its importance. Do I really need to conduct a questionnaire validity?

I would be much grateful for any assistance you may supply.

Regards

In the context of vertical industry, security demands could vary significantly among services. For instance, the mobile Internet of Things (IoT) devices requires lightweight security while high-speed mobile services demand high efficient mobile security. The network-based hop-by-hop security approach may not be efficient enough to build differentiated end-to-end (E2E) security for different services. As IoT is gaining momentum, more people will be able to remotely operate or "talk" to networked devices, for instance, instructing facilities at a smart home to get up. Therefore, there is a need for more stringent authentication method to prevent unauthorized access to IoT devices.

Industry 4.0 has been partially defined by its use of machine-to-machine communication and Internet-of-Things (IoT) devices to create factories that operate like smart homes: an array of appliances and machines are brought into constant communication in order to create a cohesive, highly visible system. Logistics 4.0 operates under these same principles, but with a different set of component parts. Specifically, it makes use of “smart” containers, vehicles, pallets, and transport systems in order to create a fully networked supply stream that offers supply chain managers, shippers, freight forwarders, and others the necessary visibility to route transport and perform other logistics tasks in an optimal way. The concepts of Logistics 4.0 are becoming popular as logistics management evolves. Industry 4.0 impacts the corporate world through digitization both horizontal and vertical supply chains, products, services, business models, and customer relations.

How much this will affect the Third-Party Logistics (3PL) providers?

What if we can know when a space/zone in a building is occupied (time, duration, preferences among others)? Will that information help the building mangers to improve occupant comfort?

I am a research student and working on human behavior modeling. I am looking for dataset that follows these properties :

1. Dataset should be collected from one resident living alone in a smart home

2. If possible, the data should be already labeled or semi-labeled for activity recognition algorithms

Smart Home Systems is a hot topic for research nowadays and many smart home gadgets are already available which have a wide range of smart features. However, the gadgets available in market (for instance Amazon's Alexa based devices) are too much expensive for people living in 3rd world countries.

Is it possible to build a smart home system for people with limited budgets so that they can enjoy some basic features of home automation?

In the 21st century, in connection with the technological development and the need to develop cities according to the green economy concept, including sustainable pro-ecological development, is it possible or will be to build a fully autonomously energetically and ecologically, economically self-sufficient smart city?

Please reply

Best wishes

Hello,

Could someone please recommend specific smart home devices for security-related MQTT experiments, such as cameras, switches, smart lights, access routers etc? If you could also recommend commercial devices for simulating traffic lights I will be very grateful.

Thank you.

Luis

Hello,

What IoT devices would you recommend for MQTT experiments? Further recommendations on Smart home devices or simulators for security-related MQTT experiments will also be appreciated.

How will the technique of building infrastructure of cities and metropolises change due to the ongoing global warming process?

Does the development of smart city technology and ecological innovations, renewable energy sources, etc., ie the dissemination of sustainable pro-ecological development of cities and metropolises, facilitate the process of settling new environments in connection with the ongoing global warming process?

What kind of new environments did the people experience when fleeing from the drained continents? Probably if the end of the twenty-first century due to the progressive procesm global warming average temperature of the Earth's surface to increase by 3-4 degrees Celsius to most areas in tropical, subtropical and temperate some of the areas will not be suitable for survival. People will have to emigrate to the arctic regions.

In addition, technologies for colonizing new environments should be developed. Perhaps in a few decades new cities will be built underground, at the bottom of the seas and oceans, in Earth's orbit and possibly also on the Moon and on Mars if humanity in the next several decades will properly modernize the space travel technique and colonize the possible planets in our System sunlight.

Do you agree with my opinion on this matter?

In view of the above, I am asking you the following question:

Please reply

I invite you to the discussion

Best wishes

In China, entire metropolises are built according to the plan of sustainable smart cities. An example is Shenzen, which over 30 years ago was a small village and is now a modern metropolis. In addition, other cities of this type are planned to be built from scratch in the next 30 years. Some of these metropolises, which are currently planned for construction, are to be almost completely autonomous in terms of energy and in terms of food supply. These new pro-ecological metropolises, planned as smart city cities, contain many greenery and include crop fields and solar power plants at the periphery.

Please reply

Best wishes

Is technology corporations strengthening their dominance over entire communities of users of technological devices through technology development?

Will the risk of hackers taking control of various information technology devices, including smart city, increase in the future?

Will the risk of public and state security increase if the hackers take control over the majority of devices connected to the Internet?

Will cybercrime and cyber security change its character in connection with the development of smart city information technologies, including smart home, smart devices?

Please, answer, comments.

I invite you to the discussion.

Dear Friends and Colleagues of RG

I invite you to discussion and cooperation.

Best wishes

What features and new technologies will be used in smart homes in the future?

Will intelligent homes in the future meet the objectives of environmentally-friendly sustainable development?

Please, answer, comments.

I invite you to the discussion.

Best wishes

I want to implement Ambient intelligence in my research with a prime focus on Smart home automation. Is ambient intelligence is quite same as Context awareness or machine learning? I want to design a system which makes automated decisions based on environment information (data) and user behaviors.

I am conducting research on Intelligent Energy management with specific attention to modern 'smart homes' using artificial intelligence algorithms.But,i couldn't find any dataset covering electricity consumption of entire home appliances like: A/C units, ventilation (HRV) unit, dishwasher, refrigerator, and freezer.I have seen some papers using sensors to extract the data in real homes. But the datasets are not available online.

Thank you.

I am interested in finding out about field studies involving energy savings in households using Smart Home technologies such as smart thermostats, smart plugs, window/door contacts, and so forth. Does anyone know of such case studies?

What makes the new technology of the electric springs more effective than the common voltage stabilizer at the load level

The statistical based approaches can be HMM or non parametric Cumulative sum algorithm but i am not able to understand how to implement these ideas.

Any help would be highly appreciated.

Thanks

Obviously, smart grid technology is growing fast. Its contribution to energy efficiency and sustainability is undeniable. I would like to see deep in to it, what it is like, what advantages and disadvantages it might have. Dear RG members and researchers, you are welcome to to provide any reasonable comment on the topic under question.

Samuel Lakew

University of Nottingham

With respect to the network anomaly detection in smart home environments and using machine learning? Such like small dataset needed for training? Few labeled training data needed?

may anybody help me with activity detection and prediction in smart home?

I really appreciate if you provide me an ideas and supporting research papers links ...

I am looking for an example feed-in-tariff which is released by any goverment to encourage users for battery installation to consume self-generated electricity in smart homes.

Dear friends, colleagues, and professors,

I am interested in become familiar with electrification process in different countries. As I read, in some countries, such as Sweden, householders have this option to buy energy from different retailers and the maintenance/reinforcement of distribution network is done by distribution system operators. In this regards, how is distribution network loss allocated among consumers and/or retailers? 

Thank you for sharing your experience from different regions of the globe.

In response to a question from a researcher about smart home/kitchen, I pointed out, in passing, that a "smart tv" can  keep track of what we are viewing and even listen to what we are saying. Of course it is not the TV that is interested  in your viewing habits and preferences but the service provider. Lest we forget, Orwell's 1984 is very much alive in the age of the Internet. I am keeping my distance from smart tv. What about you?  What are your thoughts given that many home devices will have IoT ( Internet of things) connectivity?

hope to get more ideas how to interior designer and manufacturer can convert your house with smart kitchen and home improvement

in order to record the behavior of a smart home .

I am working on wireless sensor network to manage energy in a smart home using LoRa technology. I'm to execute this project using LoRa which is very new to me. If anyone has done a project using LoRa technology before, the person should just help me out with materials, tutorials and links because I dont know where and how to start with LoRa.

I am to come up with a network design, capable of collecting relevant information about appliances energy usage in a smart home and simulate it with OMNeT++ and Castalia framework.

intelligent energy management solutions for distributed resources? smart grids?

Connection of 20,000 smart home solutions and distributed energy sources to the smart grid is planned by 2020

What do you think?