ABSTRACT

 

Robotics has been a vast and vivid area which involves a lot of physical as well as mental calculative works. The field has improved a lot over the years in accomplishing even the most hectic tasks to simpler ones. In spite of the mechanical aspects electronics and programming has been seeping into this sector to generate a pure self-sustaining mechanism. Robots are conventional and nonconventional. Most of the conventional ones have been implemented all over the daily aspects of life. Robots have been causing a huge revolution in industries as well as in artificial intelligence sectors. Most of the robots have been getting transformed into unconventional ones.

 

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Robots without legs and wheels are the future of robotics. The vibration induced robots generate uniform sustained vibration effect on the mechanism which aids in locomotion, but this has been not been path defined. Even though research proceeds most of the robots are conventional. Scientists have been working on numerical methods to make this motion path defined. Since this is hard to control trial and error diagnosis is undergone.

 

 

 

This project mainly focuses on a path defined the controlled motion of an unconventional robot upon the certain algorithmic defined set of programs. By this way efficiency of the system can be improved and moreover the system gets compromised. The outcome of this project is to create a learning environment over unconventional robotic systems.

 

Next :/http://www.investinproject.com/2018/04/14/efficient-sign-language-translator-by-gesture-recognition/

 

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