Video duration: 1643 seconds
Global video hits: 536
Peak Moment 95: In this freewheeling conversation, Jason Bradford and Brian Weller, co-founders of Willits Economic LocaLization (WELL), discuss local food security, creating a farm at a nearby grade school, being rooted in community, urban/rural challenges regarding wealth and land use, regional trading partners, reinventing local public transportation, and more.
Video duration: 264 seconds
Global video hits: 276
http://rce.csuchico. edu/localize
Introduction to Localization Certification Program by Professor Nitish Singh. Localization Certification Program and Localization Project Management
Video duration: 200 seconds
Global video hits: 732
ARIANNA algorithm: on line performance. Moving node is connected to a laptop. the video is divide into two parts: in the former one a webcam shows the real position and the laptop LCD visualizes the estimate; in the latter one a webcam shows the estimate transmitted via WSN to another PC.
Video duration: 195 seconds
Global video hits: 498
Localization in a non-simple environment with a Roomba. The same plan is being run from four different starting positions. This time, the computer is mounted on the robot, so no connecting wire is required.
See the rest of the playlist for the other localizations with this plan:
http://www.youtub e.com/view_play_list ?p=C419E7DF3B8024AD
SRI International, a developer of the Karto(tm) software development kit for autonomous mobile robot navigation and localization has released an update to the Karto SDK that now includes a localization module. Localization enables a robot to determine its position within its environment using sensor data and any known reference information.
This is our robot for a Senior Design project. The robot is being controlled wirelessly by an Xbox controller, but using the localization system it will soon be autonomous. Check back for updates. More details at http://seniord.ece.i astate.edu/may0835/
Video duration: 179 seconds
Global video hits: 134
Localization in a non-simple environment with a Roomba. The same plan is being run from three different starting positions. Note the tight corridors the robot must navigate through.
See the rest of the playlist for the other localizations done with this plan:
http://www.youtub e.com/view_play_list ?p=AD582953160B3DBD
