ARTIFICIAL INTELLIGENCE BASED ONLINE RTOS SYSTEM ANALYSIS FOR SIX AXIS INDUSTRIAL MANIPULATION

Aradhana Verma, Kamlesh Singh, Alok Mishra

Abstract: Artificial Intelligence system is the current high level front focus technology used to emulate the human thoughts. It is the integration from the six axis industrial articulated robot through the system optimization and root based computation in controlling Industrial Manipulators and suggesting the heuristic best brain approach. Here we use the root system analysis behavior of artificial intelligence for RTOS. RTOS means Real time operating system provided many valuable functions for the embedded and basic input and output lay outing based system’s applications. RTOS is the process of optimization and system calculation approach to simulate a specific predefined set database parameter programmed system with respect to the industrial applications. Centralized Communication Control unit mounted on a multilayer VLSI chip to control all the operations in the integration of the hardware (remove components), AI and RTOS based root programmed and performing the actual set trajectory operation. Here we are going to simulate and analyze the real time operating system to reduce the time cycle using the root system analysis time reduction technique of Artificial Intelligence.

Keywords: Artificial Intelligence, RTOS, Online Programming, Trajectory Planning, Root System Analysis, Manipulator, Six Axis Industrial Robot, Root Lay outing, Communication Control Unit (CCU), Integration.

DOI: https://doi.org/10.15623/ijret.2016.0518010