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Hybrid state plant model constraints for design of control systems for discrete part manufacture resource distribution
By: Holm, H.;
2002 / IEEE / 0-7803-7298-0
Description
This item was taken from the IEEE Conference ' Hybrid state plant model constraints for design of control systems for discrete part manufacture resource distribution ' Material- and product transformations of discrete part manufacture are performed through sequences of continuous processes. The sequences of the transformations are in most humanly operated manufacture today determined partly by conscious planning partly by non conscious planning. Basis of the planning is deterministic transformation durations. This paper establishes a rational system framework upon which rational methods for design of systems for the control of distribution of resources for discrete parts manufacture can be developed.
Related Topics
Resource Allocation
Planning
Dynamic Programming
Hybrid State Plant Model
Discrete Part Manufacture
Resource Distribution
Production Control
Rational System
Control Vector
Control System Synthesis
Virtual Manufacturing
Robotic Assembly
Transportation
Manufacturing Systems
Resource Management
Robots
Robotics And Automation
Stochastic Processes
Bars
Production Control
Dynamic Programming
Engineering