Archana Shankar, David Gilbert, and Michael Jampel. Transient analysis of linear circuits using constraint logic programming. In Proceedings of the International Conference on Practical Applications of Constraint Technology, 221--247, London, November 1996. Home/Search Document Details and Download
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Reasoning About Linear Circuits In Sinusoidal Steady State - Romero (1997) (Correct)
....90. Reduction of Circuit of Figure 85 by Order of Magnitude Reasoning Related Work In the area of power system analysis, most of the work relies on matrix methods, for efficiency reasons [20] Even some later work using constraint programming languages, base their computations on linear algebra [36]. All those methods, while gaining in efficiency, they are sacrificing reasoning capabilities. Our methods have a 161 greater inference capacity, but are not as efficient as theirs. Few researchers have worked on qualitative analysis of power systems. Struss [40, 41] developed a system to ....
Archana Shankar, David Gilbert, and Michael Jampel. Transient analysis of linear circuits using constraint logic programming. In Proceedings of the International Conference on Practical Applications of Constraint Technology, 221--247, London, November 1996.
Transient Analysis and Synthesis of Linear Circuits.. - Shankar, Gilbert, Jampel Self-citation (Shankar Gilbert Jampel) (Correct)
....13.65 14.18 14.50 14.70 14.82 14.89 14.93 Table 1 Comparison of expected results with actual results Comparison of the expected results with the actual results shows that the program is 99.99 accurate at 2 decimal places; the only discrepancy occurring when time is equal to 4.5 seconds. See [SHAN95] for detailed results of this and other examples, where the minimum accuracy is 97 . The test results show that CLP(R) can be used to perform transient analysis of circuits with accuracy and ease. The response time of CLP(R) is very fast. For example, in the test, CLP(R) had to solve 700 equations ....
....saving manufacturing costs. 9 7. COMPARATIVE TEST The time taken by the transient analysis program to evaluate a 13 element circuit was compared against the time taken by PSPICE to evaluate the same circuit. A larger example was used in order to get better precision in comparison. See [SHAN95] for full details. PSPICE is designed to be the micro computer version of SPICE, the acronym for Simulation Program with Integrated Circuit Emphasis, developed by the University of Berkeley, California. PSPICE took about 5 seconds to analyse the circuit while our program took about 16 seconds. The ....
Shankar A., Gilbert D., Jampel M., Transient Analysis of Linear Circuits using Constraint Logic Programming, Technical Report TCU/CS/95/17, City University Computer Science Department, London,
Transient Analysis of Linear Circuits using Constraint Logic.. - Archana Shankar (1 citation) Self-citation (Shankar Gilbert Jampel) (Correct)
....Numbering of the nodes starts from 0. In electrical engineering, voltages are measured as the potential difference between two any two nodes. When one of such nodes is at zero potential it is called as the ground and is represented as n(0) All voltages are measured relative to the ground. See [SHAN95] for the definition of the language. As an example, the linear circuit in Fig 3 2 is defined in the circuit description language as: circuit( voltage source(v1,30,5,n(0) n(1) inductor(l1,10,1,n(2) n(1) resistor(r1,10,n(0) n(2) resistor(r2,10,n(2) n(0) Inclusion of the nodes in our ....
....13.65 14.18 14.50 14.70 14.82 14.89 14.93 Table 1 Comparison of expected results with actual results Comparison of the expected results with the actual results shows that the program is 99.99 accurate at 2 decimal places; the only discrepancy occurring when time is equal to 4.5 seconds. See [SHAN95] for detailed results of this and other examples, where the minimum accuracy is 97 . The test results show that CLP(R) can be used to perform transient analysis of circuits with accuracy and ease. The response time of CLP(R) is very fast. For example, in the test, CLP(R) had to solve 700 equations ....
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Shankar A., Gilbert D., Jampel M., Transient Analysis of Linear Circuits using Constraint Logic Programming, Technical Report TCU/CS/95/17, City University Computer Science Department, London,
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