Aditya A
- Research Program Mentor
PhD candidate at University of California San Diego (UCSD)
Expertise
Wireless sensing, robotics, systems engineering.
Bio
I am a Ph.D. student at the University of California, San Diego. My research is mainly focused on developing new avenues for wireless sensing. In a nutshell, I develop new sensors to detect human motion, navigate a robot or even measure the breathing rate of a person using all-pervasive WiFi, cellular, or other wireless signals. I completed my B.S. from U.C Berkeley, with a double major in Electrical Engineering and Computer Science and Engineering Physics. During my undergraduate career, I participated in diverse projects ranging from developing blood-glucose sensors to creating 3D maps of indoor spaces. Despite the diversity of these projects, one thing common amongst them is the murky and uncertain path that lays ahead. It is navigating this path that will make you a successful researcher, and it would be my role to help you along the way. I hope the project you choose also has this sense of mystery. Keep in mind you don't need to have all the answers when you begin!Project ideas
UWB-based 3D Localization and Tracking
With the increasing popularity of VR/AR, it has become especially important to understand where the user's device is in 3D space accurately to provide a seamless and realistic experience. Nobody likes a glitch where the floor is cutting through you at waist level. To alleviate this problem, Ultrawideband (UWB) based 3D localization and tracking have taken off in recent years. UWB is a specialized type of wireless signal, very similar to WiFi signals, which can provide centimeter-accurate localization of devices interacting with it. This project would involve further developing this technology with a VR/AR use case in mind. Goals: 1. For people who want to delve into the hardware, you could develop PCB's and firmware which would incorporate existing UWB radios 2. For people interested in software design, you could write applications in Unity, Unreal or another game engine to interact with these UWB radios. 3. For people keen on algorithm design and signal processing, developing novel techniques to remove noise and other artifacts for the wireless signals to further improve the 3D localization and tracking performance.
