Malappuram/MESCE/FSUG/GNU Lab: Difference between revisions

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===PROJECTS===
===PROJECTS===


WE have the following project under consideration.Some of these projects are still under discussion and we will make all these projects start officially at the occasion of inauguration of GNU LAB.Please add the project ideas that u think is relevant under GNU_LAB.
WE have the following project under consideration.Some of these projects are still under discussion and we will make all these projects start officially at the occasion of inauguration of GNU LAB.If u find any of the projects below, worth dedicating yourself to,please do team up as shown below
#Name
at the corresponding project.
Also,Please add the project ideas that u think is relevant under GNU_LAB.


====#FREEBIRD====
====#FREEBIRD====
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=====Voice controller robot:Speech recognition extension to FREEBIRD=====
=====Voice controller robot:Speech recognition extension to FREEBIRD=====


Project members:Shyam.k
Project members:
#Shyam.k


The project aims to have speech recognition extension to freebird.The ATNGW100 board used in freebird as such dont support audio input.So audio input is added with the help of ac97 audio-codec chip cs4202,as .later speech recognition libraries are ported to the board to make the board respond to the voice commands.
The project aims to have speech recognition extension to freebird.The ATNGW100 board used in freebird as such dont support audio input.So audio input is added with the help of ac97 audio-codec chip cs4202,as .later speech recognition libraries are ported to the board to make the board respond to the voice commands.


=====Autonmomous Robot:Sensor extension to FreeBird=====
=====Autonmomous Robot:Sensor extension to FreeBird=====
Project members:Sachin chandrashekhar,shalima k.s,sanam ashraf.
Project members:
#Sachin chandrashekhar
#shalima k.s
#sanam ashraf.


Project aims to add ultrasonic and digital compass sensors to free bird.Enabling those pair of sensors make the robot move avoiding obstacles and report where it has been reached,using the digital compass.if obstacles are static,the robot can be programmed to trace back the way it went,by storing the information sent by the digital compass
Project aims to add ultrasonic and digital compass sensors to free bird.Enabling those pair of sensors make the robot move avoiding obstacles and report where it has been reached,using the digital compass.if obstacles are static,the robot can be programmed to trace back the way it went,by storing the information sent by the digital compass