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Sensory System For Industrial Robot Automation.

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Academic year: 2017

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VI

ABSTRACT

This project is to study the VIs1on sensory system for industrial robot

automation. The main aim of this project is to develop an algorithm for the robot to

make decision by picking up an object from one spot and putting it down as

commanded, within the work envelop depending on the task based through vision

sensory system. Given an object and its destination, the robot will figure out the

actual arm and gripper motion to move object to the goal. The task is to write

programs to command the automation process based on the vision sensory system. It

would then generate large-scale motion of the robot arm, within the work envelop to

another. It will enable the robot arm to work out how to move the last few inches

toward an object and grasp the object. In addition, the robot is able to distinguish or

recognize objects that have different structures within the work envelop.

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