Applications of Artificial Intelligence in Engineering VIGeorge Rzevski, R. A. Adey |
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Page 19
... Step . The circuit is then captured in a schematic form , that is converted into circuit symbology . Analysis and simulation then follow to ensure that specifications are met . M'Pherson [ 5 ] suggests that the success of the evaluation ...
... Step . The circuit is then captured in a schematic form , that is converted into circuit symbology . Analysis and simulation then follow to ensure that specifications are met . M'Pherson [ 5 ] suggests that the success of the evaluation ...
Page 82
... step and points out that " without an understanding of needs , one may solve the wrong problem . " She later stresses the need to take time to probe and listen with an open mind . The design step is discussed in greater detail later ...
... step and points out that " without an understanding of needs , one may solve the wrong problem . " She later stresses the need to take time to probe and listen with an open mind . The design step is discussed in greater detail later ...
Page 639
... Step 2 : Spacecraft Model and FOP Editors customize the ES skeleton developed in Step 1 on the specific spacecraft in question , while Constraints Editor introduces knowledge concerning the specific bounds to be observed . Step 3 : The ...
... Step 2 : Spacecraft Model and FOP Editors customize the ES skeleton developed in Step 1 on the specific spacecraft in question , while Constraints Editor introduces knowledge concerning the specific bounds to be observed . Step 3 : The ...
Contents
Preschematic Electronic Circuit Designer | 17 |
Expert Systems in Mechanical Engineering Design | 31 |
Numerical Methods in AIBased Design Systems | 45 |
Copyright | |
57 other sections not shown
Other editions - View all
Applications of Artificial Intelligence in Engineering VI George Rzevski,R.A. Adey Limited preview - 2012 |
Applications of Artificial Intelligence in Engineering VI George Rzevski,R.A. Adey No preview available - 1991 |
Applications of Artificial Intelligence in Engineering VI George Rzevski,R.A. Adey No preview available - 2011 |
Common terms and phrases
activity agents allocation ambient field analysis application approach architecture Artificial Intelligence asphalt concrete assignment automated basic block circuit complex components concept condition configuration conflict constraints construction cost database decision defined dependent described design process diagnosis domain electromagnetic electronic environment evaluation example expert system expertise fault Figure FMEA function genetic algorithms geological geometry global frequency goal heuristic hierarchical implemented incidence matrix inference engine input integrated interaction knowledge based system knowledge engineering knowledge representation knowledge-based logic machining manufacturing matrix mechanism method module neural network node object Object-Oriented Programming operation optimization output parameters pavement performance Petri net planning possible prediction problem procedure production Prolog PROLOG III propagation PROSPEX prototype represent representation resource rules scheduling simulation solution solve specific strategy structure task techniques tool topology user interface values variables welding