Leveraging Edge AI to Deliver Scalable and Customizable Market-Ready Sensor Solutions
ABSTRACT
In the world of tech, the advancement towards Edge AI is changing how we use sensors in our home appliances, embedding them with an unprecedented level of responsiveness and intelligence. Edge AI enables devices to process data locally, resulting in faster responses, increased privacy, and reduced dependency on constant internet connectivity. At Infineon, we are pioneering this transition by developing intuitive tools that simplify the integration of AI capabilities into consumer products, making smart technology accessible to a broader range of manufacturers. This initiative enables a variety of smart applications, from Smart TVs that can intelligently detect your presence and interpret your hand gestures, to air conditioners that monitor your sleeping patterns for optimal comfort and energy efficiency.
In our talk, we will present a radar-based gesture recognition example, showcasing the effectiveness of proprietary software tools in delivering scalable, customizable sensor solutions. This case study exemplifies how to accelerate the development process for our customers, ensuring a smoother transition from innovative ideas to market-ready solutions. Our approach is deeply aligned with the goals of decarbonization and digitalization, as we leverage Edge AI to drive the development of energy-efficient solutions that contribute to a more sustainable and digitally interconnected future.
BIOGRAPHY
Kevin Hughes is a Senior Product Manager for Sensor Products at Infineon Technologies. In his current role, Kevin leads activities for Radar, Time of Flight, Environmental, Microphone and Pressure sensors. He is responsible for business development, product roadmap definition, coordination of system-level HW+SW solutions, and preparing regional go-to-market strategies for Consumer and Industrial markets. Prior to Infineon, Kevin led the development of automotive MEMS inertial sensor products at TDK InvenSense. Kevin completed his B.S. and M.S. in Mechanical Engineering at the University of Illinois at Urbana-Champaign.