Proceedings, Volumes 1-2IEEE, 1999 - Artificial intelligence |
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Page 961
... solution : this stage corresponds to the second half of the ' Solution ' stage of the PDCA cycle . Once all possible solutions have been found in the previous stage , it is necessary to decide which one is the most appropriate one , so ...
... solution : this stage corresponds to the second half of the ' Solution ' stage of the PDCA cycle . Once all possible solutions have been found in the previous stage , it is necessary to decide which one is the most appropriate one , so ...
Page 1094
... solution will be found , it offers a good answer to Industry scheduling and re - scheduling requirements which are forced ( due to time constraints ) to accept a prompt quick sub - optimal solution rather than a delayed optimal solution ...
... solution will be found , it offers a good answer to Industry scheduling and re - scheduling requirements which are forced ( due to time constraints ) to accept a prompt quick sub - optimal solution rather than a delayed optimal solution ...
Page 1534
... solution may be degenerate , i.e. we have many basis associated with it . It may also be the case that more than one basic optimal solution exists . Sensitivity analysis refers to the study of how op- timal solutions change according to ...
... solution may be degenerate , i.e. we have many basis associated with it . It may also be the case that more than one basic optimal solution exists . Sensitivity analysis refers to the study of how op- timal solutions change according to ...
Contents
Nonlinear Behavior of a Magnetic Microactuator 393 | 787 |
On Problem of Optimal Design of Transfer Lines with Parallel and Sequential | 790 |
Rigidity Analysis from Range Image Data for Automatic Inspection of Filter | 797 |
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analysis application approach architecture Automation behaviour cell communication components Computer configuration considered constraints control system Controller Area Network CORBA cycle cyclic data link layer database defined delay described detection developed devices diagram dispatching rules distributed dynamic elements environment equation evaluation example execution expert systems fieldbus Figure fitness function FPGA frame function blocks genetic algorithms grafcet IEEE implementation industrial input integration interface layer machine master agent maximum method microcontroller Modbus Modelica module nodes object obtained operation optimal output P-NET parameters path performance Petri nets problem product lifecycle management production Profibus protocol real-time represents request robot scheduling sensors sequence server simulation SNMP solution specification station structure sub agent subnetworks Table task techniques token transition transmission variables WorldFIP