Body Area Network
Our work explores new frontiers where the human body and nature itself become powerful channels for communication. We are driven by the vision that signals can be harnessed and transformed into reliable pathways for exchanging information. By combining innovative circuit design, ultra-low-power integrated systems, and bio-inspired networking, we seek to enable technologies that go far beyond traditional wireless communication. Our research spans from the Internet of Body, where multiple biosensors can communicate seamlessly through the human body, to the Internet of Plants, where natural signaling mechanisms inspire new directions in smart agriculture. We also advance the design of custom ASICs for energy-efficient HBC transceivers, creating silicon solutions tailored for next-generation wearables and implants. At the same time, we explore body area networking, where multiple nodes on the body are interconnected into secure, low-power, and scalable systems. Together, these efforts aim to transform healthcare, agriculture, and wearable technologies by creating communication platforms that are deeply integrated with life itself.
