|
The design of ultra low power circuits is very important for wearable and implantable biomedical devices. This research focuses on the development NanoWatt circuits for diagnostic and therapeutic biomedical devices |
|
|
The scale down of CMOS technology has created an opportunity for reconsidering the traditional signal processing flow, i.e. amplification of analog signal, digitization of analog signal, and digital signal processing. This research is to explore the possibility of carrying signal processing in both analog and digital domains, to explore the efficient sampling methods, to develop low power digital circuits. |
|
The low power requirement from portable consumable and biomedical devices calls for innovation in the design of wireless communication systems. This research explores the non-traditional ways of implementing wireless communication systems based on digital circuits and technologies. The focus will be on pulse based ultra wideband communication systems. |