Integrating Edge AI and Advanced Nanotechnology in Semiconductor Applications

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Course Description

This course series provides learners who are curious about the world where artificial intelligence, edge computing, and nanotechnology meet. This program is made up of five connected courses that will enable learners to understand and use these technologies. The program begins with an Introduction to Edge AI Nanoinformatics basics and then moves to more advanced topics such as Nanomagnetic Logic and Rebooting Computing. The course on Semiconductor Innovations for the AI Era prepares the learner to make smart decisions in the changing world of AI and semiconductors. The course on Applications of Edge AI Nanoinformatics shows how these technologies transform real-life situations, like healthcare and the Internet of Things, targeting the semiconductor ecosystem. The last course, Architecture Development and Future Trends, helps the learner design efficient systems for Edge AI data, solve problems, and keep up with what’s coming next. Collectively, this program empowers learners with a comprehensive skill set, spanning from foundational knowledge to hands-on applications and future-oriented perspectives. Upon completion of this course series, learners will be better informed on leveraging Edge AI Nanoinformatics, equipped to navigate the complexities of modern computing and contribute to innovative advancements in the landscape of artificial intelligence and nanotechnology integration.

Course Objectives

• Fundamental concepts and principles of Edge AI Nanoinformatics
• Progress from foundational knowledge of Edge AI to advanced skills in Rebooting Computing
• Learn efficient system design for processing Edge AI data
• Navigate modern computing complexities
• Develop understanding in architecture for nanoscale data processing, addressing scalability challenges, and exploring future trends

Authors and Instructors