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Incompatible CAV goals and strategies-optimization of promotion of personal privacy limits potential economic growth and some new businesses
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The connected technologies of the Internet of Things (IoT) power the world we live in. IoT systems and devices are critical infrastructure—they provide a platform for social interaction, fuel the marketplace, enable the government, and control the home. Their increasing ubiquity and decision-making capabilities have profound implications for societ...
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... various goals and strategies are synergistic, they drive one another (i.e., interacting gears can move forward simultaneously); when they are incompatible, their movement is mutually limiting (i.e., forward motion of one gear deters forward motion of another). In Figure 1, synergistic movements for some goals and strategies in Table 1 are visualized by two sets of gears, and incompatible movement is visualized by the gears in Figure 2. As with other parts of the digital world, assessing the information presented by the impact universe framework must be done by humans. ...
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... The research is guided by the following research questions: By addressing these critical knowledge gaps in cybersecurity and AI utilization, this research aims to equip the aviation industry with the tools and strategies necessary to navigate this era of technological transformation. 12 ...
... The AI integration in small airports focuses on harnessing opportunities in reliability, safety, and comfortability through IoT (Torens, 2020). The initial stage of AI incepted as IoT, sustains much attention on aircraft safety operations such as takeoffs, refueling, landing, and passenger standard services in boarding or disembarking (Berman et al., 2022). Due to the demand for aviation services, agile airports integrate IoT for flexibility and adjusting workloads. ...
This research delves into the intersection of AI integration and aviation safety, highlighting benefits in efficiency, risk reduction, and human error mitigation alongside emerging vulnerabilities and cybersecurity issues. Key areas examined include resilience strategies, ethical considerations, regulatory challenges, and knowledge transfer programs. The study underscores that robust cybersecurity measures are essential while AI enhances decision-making and operations. Resilience strategies must address biases, interpretability, and ongoing learning. Ethical concerns such as fairness and transparency are crucial to counter biases and privacy risks. Regulatory frameworks need adaptation for safe and ethical AI integration. The findings stress a holistic approach balancing technical, ethical, regulatory, and human aspects. Recommendations include robust resilience strategies, ethical prioritization, collaboration with regulators, cybersecurity awareness, and knowledge transfer programs. Proactive measures can empower the aviation industry to leverage AI effectively while ensuring safety and efficiency.
... The seamless and independent interoperation of these cloud-based systems makes it more feasible for on-site devices to meet the hardware requirements for their respective applications. Different technologies for wireless communication are available depending on some factors like the availability of internet connection, power supply, and geographical location [13]. Hangan et al. [45] pointed out that a common solution for water supply monitoring systems is the use of LoRaWAM networks for low-power and medium-long-distance communication. ...
... Lab VIEW and MyRIO stages were picked because of their ability to turn actions quickly, its remarkable utility and also the physical aspects of MyRIO implanted device. Berman et al. (2022) proposed "impact universe" is an outline that disclosures a comprehensive blend of impressions: both quantitative and qualitative to evaluate assistances and threats of linked structures and devices. Authors propose the "impact universe," a paradigm for examining the implications and results of prospective IoT social norms, in this research. ...
In this paper, the authors used LabView to design a sensor-based module and analyse it for an accident prevention system. For the purpose of forecasting potential combinations of accident occurrence, various sensor nodes are integrated into a single system. A LabView-based simulation has been performed to address additional potential conditions after a real-time hardware module with a constrained number of sensors was used to examine various conditions. With the help of an IoT interface, this design will allow a new model in the vehicular communication system to identify different accident occurrences and provide the relevant information to the underprivileged. The proposed model will cover all potential combinations, provide comparative analysis between low- and high-end vehicles, and provide a strategic framework for IoT-enabled vehicular communication systems in the future.
... As a result, the Internet of things will allow to acquire even more opportunities to open up new, vast prospects for humanity, as well as provide an opportunity to increase production potential and reduce costs. The analysis of the last few years has shown that innovative developments in the field of IT have a positive impact on the life of society as a whole (Berman et al., 2022). ...
The concept of the Internet of Things is capable of making a giant leap in the economy, including research in the field of computer science, network technologies, microelectronics and sensor technology. Combined with the technological developments of nanotechnology and robotics, IoT can play a central role in the industrial revolution by creating economic relations between machines and connecting the economy of people and machines, solving a number of problems that humanity is facing. All devices controlled via the Internet are elements of the Internet of things. The IoT has allowed various possibilities for all countries to improve life quality and the technological ideas for efficiency, productivity, security, and profit. An integrated security system is a giant step towards the improved economy. The concept of IoT plays a decisive role in the further development of the infocommunication industry. This is confirmed both by the position of the International Telecommunication Union (ITU) and the European Union on this issue, and by the inclusion of the Internet of Things in the list of breakthrough technologies in the United States, China and other countries. Thus, this article will go over the current state of the IoT as well as describe which devices and industries stand to benefit from the advantages it brings. Additionally, statistical data on the actual trends and investments into IoT across the world are also provided.
Using the innovative Emergency Alert and Social Media Engagement Test (EASE Test), this study examines how the dynamics of emergency communication are changing and how conventional emergency alerts and social media engagement may work together. The results of the data analysis show that participants' alarm reaction efficacy varied, depending on things like alert clarity and personal readiness. The research highlights the potential of social media platforms as dynamic centers for information exchange by revealing varying degrees of involvement under simulated emergency circumstances. Furthermore, it is shown that social media participation is positively correlated with alert reactions that are more successful, highlighting the function of social media in improving response preparedness. Qualitative information obtained from participant interviews clarifies the potential and challenges in this interaction. In light of the potential for improved public safety, situational awareness, and catastrophe resilience in the digital age, this study supports an integrated strategy.
