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index [2013/05/13 22:47]
siagian
index [2013/12/18 11:37] (current)
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 Using the available processing, we aim to create a general scene understanding system, where the robot can autonomously localize and navigate, recognize target objects and people, and even provide help whenever needed. To that end, we are developing a framework where these individual capabilities are contextualized to enable more robust real time system. Our code can be freely downloaded from the [[http://ilab.usc.edu/toolkit/ | Vision Toolkit]].  Using the available processing, we aim to create a general scene understanding system, where the robot can autonomously localize and navigate, recognize target objects and people, and even provide help whenever needed. To that end, we are developing a framework where these individual capabilities are contextualized to enable more robust real time system. Our code can be freely downloaded from the [[http://ilab.usc.edu/toolkit/ | Vision Toolkit]]. 
 Some videos of our past results and testings can be found on our **[[https://www.youtube.com/watch?v=zqIntIr9FFg&list=PLC5FD03FF39B34E4B | youtube video list]]**. Some videos of our past results and testings can be found on our **[[https://www.youtube.com/watch?v=zqIntIr9FFg&list=PLC5FD03FF39B34E4B | youtube video list]]**.
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 +We also use the same technology for a [[http://ilab.usc.edu/visualaid |visual aid device]] for the blind.
  
 ====People==== ====People====
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 The [[Beobot_2.0/System |software system]] describes our mobile robotic architecture, which focuses on problems such as localization, navigation, human-robot interaction, and object recognition.  The [[Beobot_2.0/System |software system]] describes our mobile robotic architecture, which focuses on problems such as localization, navigation, human-robot interaction, and object recognition. 
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 ====Links (Related Robot Projects)==== ====Links (Related Robot Projects)====

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