CSE 145: Coordination

This is page is intended to help the students of CSE 145 find a partner and/or project to work on. If you would like to post something on this page, please email the TA(naughton.perry at gmail) with the content you would like posted.

• Scott Tridle (stridle at ucsd) is looking for a partner to work on project number 11, fine grained occupancy.
• Eli Liu (lzcwforever at vip.qq.com): is looking for a partner to work on project number 17, mine detection using sonar.
• Guangli Wu (g8wu at ucsd) is looking for someone to join him on the camera platform project (see #5). Anyone interested in joining should contact Guangli and the project mentor.
• There is one partnerless student who would like to work underwater stereo vision project (see #2 on the Project page). If anyone is interested in forming a group please email naughton.perry at gmail to set up a meeting.
• Eric is looking for a partner for a project he proposed:
  Multi Mode UAV Tracker (Eric Lo: eklo at ucsd) When testing UAVs at a distance, it is often difficult to manually verify correct operation. The goal of this project is to build a ground based gimbaled camera setup which can track a UAV's position through GPS coordinates received through telemetry, RSSI (received signal strength indication), and computer vision blob tracking from the camera. Combined with high optical zoom on the camera, this allows the UAV operator to verify the state of the UAV, even in the event of communications loss, as well as providing a record of the flight.
• Jon is looking for a partner for a project he proposed, here is add
  Dream Machine (Jon Weiner: jweiner at ucsd): In this course I would like to build an embedded device that can interface with a sleep management machine that I recently purchased. This machine uses sensors mounted in a headband to wirelessly relay brainwave data to a base station while the subject sleeps. When the subject awakes they are given a report detailing how well they slept, and the various levels of sleep they entered, and for how long. While collecting this brainwave information, the base station also outputs this streaming data to a TTL UART port. The peripheral I’ve begun constructing will capture this data while the subject sleeps, and when certain predefined conditions are met, such as entering REM sleep, initiate various peripherals to alert the subject that they are dreaming, and thereby invoking lucidity. At that point, the subject can begin various experiments in their dreams. The several methods I have come up with thus far for alerting the subject are both audible and visual.
  
  My goal for the end of the Fall quarter is to have completed a device which can provide a reliable method for inducing lucid dreams. At that point I hope the project will gain the interest of students and professors in the cognitive science and psychology departments, offering an interesting field of research to UCSD.