I am currently working on a 3D skeletonization and tracking project with Prof. Dieter Fox at Computer Science Engineering Department at University of Washington

I was working on Holoportation project, a real-time 3D data capture technique which enable the future 3D communication.

I was a research intern at National Institute of informatics (NII), Tokyo, Japan. The project I was doing is 3D reconstruction of human blood vessels. The project is supported by both NII and local hospitals, trying to get 3D models of vessels for future surgery and medical exams.

I was working as a summer intern in IoT group in CableLabs. This internship started from brainstorming, then marketing investigation and finally implements. The project was about smart doorway. you can receive a notification with picture of your visitor once someone presses the door bell. You can then do video-chat with them and open/lock the door remotely. It can also remind you if you forget to lock the door. It has a built-in motion sensor which can automatically catch abnormal behavior and record the video. What I did in this project are: 1. Brainstorming to pick up potential projects2. Marketing investigation to finalize project which will be compelling in the future3. implementation: (1) Device purchase and software installation (2) Used Raspberry Pi to send streaming video (UDP) via RTP to Android device once pressing the door bell (3) Sent notification email with picture attached in my Gmail account (4) Built an App called Cabao, which can receive the streaming video and enable video chat and video recordI really like this work and it gave me an experience of how to carry on an innovative project from beginning. Besides implementation which is related to my major, I also stepped into different areas, like finance analysis, marketing investigation, Hypothesis analysis, etc. More details are in my presentations and video below.

Independently designed a smart sensor system using Arduino and XBee. the sensor DS18B20 can be remote controlled in the low power-consumption mode and the data can be stored and processed at receiver. it will be applied for the temperature measurement in the near future.