Design of High-Confidence Embedded Operating System based on Artificial Intelligence and Smart Chips

Ma, Qinmin

doi:10.1109/icais53314.2022.9742917

Cited by 2 publications

(1 citation statement)

References 21 publications

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“…In the future, the widespread adoption of sports education robots will democratize access to physical education classroom instruction, allowing a greater number of students to actively participate. Parents can be reassured that their children are becoming increasingly enthusiastic about physical activity, fostering a lifelong commitment to sports and a culture of continuous learning [8] .…”

Section: Sports Education Robotsmentioning

confidence: 99%

The Integration of Artificial Intelligence Technology in College Physical Education: Innovation and Challenges

2024

curtm

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Universities are gathering places for talents and also the cradle of professional talent cultivation. In higher education, physical education teaching, as an essential course, is crucial for the comprehensive development of students' physical and mental health. The author will analyze in depth the application of artificial intelligence technology in the field of physical education, taking into account the current situation of physical education teaching in universities. The specific manifestations include: Accurate diagnostic ability, full monitoring services, personalized learning support, and intelligent decision-making assistance; The application forms include intelligent mentor systems, automated evaluation systems, and sports education robots. By formulating effective teaching reform and development plans, we can provide students with positive and effective guidance in physical education. This not only underscores the significance of physical education programs in universities but also ensures holistic educational support for the physical and mental well-being of students.

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Section: Sports Education Robotsmentioning

confidence: 99%

The Integration of Artificial Intelligence Technology in College Physical Education: Innovation and Challenges

2024

curtm

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Cyber-Assurance

2023

Adaptive Security and Cyber Assurance for Risk-Based Decision Making

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Assurance is a measure of confidence in a system based upon a composition of its trust, correctness, integrity, security, and reliability. Cyber-assurance is defined as a means of internet of things (IoT) smart devices and networks providing the opportunity of automatically securing themselves against security threats; the concept of cyber-assurance must provide embedded security within these IoT devices to allow these new networks to operate correctly even when subjected to a cyber-attack. Assurance is the evidence, which convinces us that an above-defined property holds. Techniques such as testing, disciplined development, formal methods, and others to build up evidence for each of these desired properties. This chapter defines trust as confidence based on the available evidentiary mechanisms that the software that will behave reliably and correctly while maintaining the integrity and security of itself and the system in which it is embedded. An assurance strategy is a plan for how to provide the evidence that a system merits our trust.

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Design of High-Confidence Embedded Operating System based on Artificial Intelligence and Smart Chips

Cited by 2 publications

References 21 publications

The Integration of Artificial Intelligence Technology in College Physical Education: Innovation and Challenges

The Integration of Artificial Intelligence Technology in College Physical Education: Innovation and Challenges

Cyber-Assurance

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