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Motion ARM:A Live Streaming Approach


Affiliations
1 Amity School of Engineering and Technology, Bijwasan, New Delhi 110061, India
     

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The current market technology focuses on security and surveillance systems. These systems provide a continuous capture of user activities. A more formal approach is to build a robot that moves around and provide live streaming. Such a robot can also be used for the spying purposes. Another aspect that surrounds such a robot is that, it should be less power consuming and cost efficient. This paper introduces a technique for capturing and streaming live videos from any system i.e. a laptop, PDA, mobile phone, desktop computer and to any Bluetooth enabled system over a Bluetooth connection. The implementation makes use of OMAP chip, embedded with Beagle Board to design a live streaming interface. Alongside a line follower robot has been designed which moves around a strict line. The Beagle Board has been attached to the robot, and live stream is sent to the Bluetooth enabled PC. This Bluetooth enabled PC, maintains a hold of all the streamed data, so that a person can review it.

Keywords

Kernel, OMAP, Plugins, Porting, RFCOMM.
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  • Motion ARM:A Live Streaming Approach

Abstract Views: 184  |  PDF Views: 3

Authors

Suyash Gupta
Amity School of Engineering and Technology, Bijwasan, New Delhi 110061, India
Indona Vinita Barua
Amity School of Engineering and Technology, Bijwasan, New Delhi 110061, India
Purshotam Chauhan
Amity School of Engineering and Technology, Bijwasan, New Delhi 110061, India
Luv Shorey
Amity School of Engineering and Technology, Bijwasan, New Delhi 110061, India

Abstract


The current market technology focuses on security and surveillance systems. These systems provide a continuous capture of user activities. A more formal approach is to build a robot that moves around and provide live streaming. Such a robot can also be used for the spying purposes. Another aspect that surrounds such a robot is that, it should be less power consuming and cost efficient. This paper introduces a technique for capturing and streaming live videos from any system i.e. a laptop, PDA, mobile phone, desktop computer and to any Bluetooth enabled system over a Bluetooth connection. The implementation makes use of OMAP chip, embedded with Beagle Board to design a live streaming interface. Alongside a line follower robot has been designed which moves around a strict line. The Beagle Board has been attached to the robot, and live stream is sent to the Bluetooth enabled PC. This Bluetooth enabled PC, maintains a hold of all the streamed data, so that a person can review it.

Keywords


Kernel, OMAP, Plugins, Porting, RFCOMM.