Branch : Mechanical Engineering | Subject : Computer Aided Manufacturing

• ROBOTICS HISTORY

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• SELECTION OF ROBOT

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• LAWS OF ROBOTICS

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• PURPOSE OF ROBOTICS

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• ROBOTIC MECHANISM

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• APPLICATIONS OF ROBOTS

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• TYPES OF ROBOTS

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• ROBOT OPERATION

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• SENSORS IN ROBOTICS

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• CHARACTERISTICS OF ROBOTS

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• DEGREE OF FREEDOM OF ROBOTICS

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• DRIVE SYSTEM OF ROBOT

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• CONTROL/OPERATION SYSTEM OF ROBOT

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• COMPONENTS OF ROBOTICS

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• END EFFECTOR OF ROBOTICS

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• MANIPULATOR

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• POWER SUPPLY AND CONTROLLER

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• PERFORMANCE CAPABILITY OF ROBOTICS

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• ARTIFICIAL INTELLIGENCE/NEURAL NETWORK

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• MECHANICAL DESIGN OF ROBOTS

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• ADVANTAGES OF MECHANICAL DESIGN

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• ROBOT PROGRAMMING

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• THE ROBOT PROGRAMMING ENVIRONMENT

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• ROBOT PROGRAMMING ACTIVITIES

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• HUMAN ROBOT INTRACTION(HRI)

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• NEURAL NETWORK SYSTEMS TECHNIQUES IN WELD MODELING AND CONTROL

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• NEURAL NETWORK SYSTEMS TECHNIQUES IN ARC MODELING AND CONTROL

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• NEURAL NETWORKS

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• APPLICATIONS OF NEURAL NETWORK

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• NEURAL NETWORK PARAMETER

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