|
Brownston L, Fartele R, Kant E and Martin N, 1986, Programming Expert System in OPS5Addison Wesley.
Google Scholar
|
|
Cain DG, 1985, “BWR shutdown analyzer using artificial intelligence techniques” Electric Power Research Institute, Report NR-4139–SR.
Google Scholar
|
|
Chan JL and Hsu YY, 1989, “An expert system for load allocation in distribution expansion planning” IEEE Proceedings of PES Winter MeetingNew York, Paper Number 89 WM 088–6 PWRD.
Google Scholar
|
|
Clocksin W and Mellish C, 1984, Programming in PrologSpringer-Verlag.
Google Scholar
|
|
DeMontravel G.1986, “A real time expert system for alarm handling in the future EDF regional control centres” CIGRE Study Committee Report No. 39.
Google Scholar
|
|
Farghai SA, Kandil MS and Abdel-Aziz , 1988, “Generation expansion planning: an expert system” IEE Proc. Pt C, 135 (4) 261–267.
Google Scholar
|
|
Fox MS, Kleinosky P and Lowenfeld S, 1983, “Techniques for sensor-based diagnosis” Proceedings of the 8th Joint Conference on Artificial IntelligenceW. Germany.
Google Scholar
|
|
Fujiwara R, Sakaguchi T, Kohno Y and Suzuki H, 1985, “An intelligent load flow engine for power system planning” IEEE Conference Proceedings on Power Industry Computer Applications pp 236–241.
Google Scholar
|
|
Fukui C and Kawakami J, 1986, “An expert system for fault section estimation using information from protective relays and circuit breakers’ IEEE Trans.PWRD-1 (4) 83–90.
Google Scholar
|
|
Gonzalez AJ, Osborne RL, Kemper CT and Lowenfeld S, 1986, “On-line diagnosis of turbine-generators using artificial intelligence” IEEE Trans.EC-1 (2) 68–74.
Google Scholar
|
|
Hein F, 1986, “Expert system using pattern recognition by real time signals” CIGRE Study Committee Report No. 39.
Google Scholar
|
|
Heintze N, Jaflar J, Michaylov S, Stuckey P and Yap R, 1987, “The CLP(R) programmers manual” Computer Science Department, Monash University, Australia.
Google Scholar
|
|
Kaninsono H, 1986, “Alarm handling by control and load dispatching centers in Japan” CIGRE Study Committee Report No. 39.
Google Scholar
|
|
Kojima Y, Warashina S, Nakamura S and Matsumoto K, 1989, “Development of a guidance method for power system restoration” IEEE Proceedings of PES Winter MeetingNew York, Paper Number 89 WM 162–9 PWRS.
Google Scholar
|
|
Kojima Y, Warashina S, Kato M and Watanabe H, 1989, “The development of power system restoration method for a bulk power system by applying knowledge engineering techniques” IEEE Proceedings of PES Winter MeetingNew York, Paper Number 89 WM 163–7 PWRS.
Google Scholar
|
|
Komai K and Sakaguchi T, 1986, “Artificial intelligence method for power system fault diagnosis” IEE Conference Proceeding 266 on Power System Monitoring and Control pp 355–360.
Google Scholar
|
|
Laird J E and Newell A, 1983, “A universal weak method” Department of Computer Science, Carnegie-Mellon Univ. Technical Report # 83–141.
Google Scholar
|
|
Liu CC and Tomsovic K, 1985, “An expert system assisting decision-making of reactive power/voltage control” IEEE Conference Proceeding on Power Industry Computer Applications pp 242–248.
Google Scholar
|
|
Mokhtari S, Singh J and Wollenberg B, 1987, “A unit commitment expert system” IEEE Conference Proceedings on Power Industry Computer Applications.
Google Scholar
|
|
Nelson WR, 1982, “REACTOR: An expert system for diagnosis and treatment of nuclear reactor accidents” A A A I Conference Proceedings pp 296–301.
Google Scholar
|
|
Sakaguchi T and Matsumoto K, 1983, “Development of a knowledge based system for power system restoration” IEEE Trans.PAS-201 (2) 320–326.
Google Scholar
|
|
Schulte RP, Sheble GB, Larsen SL, Wrubel JN and Wollenberg BF, 1987, “Artificial intelligence solutions to power system operating problems” IEEE Trans.PWRS-2 (4) 920–926.
Google Scholar
|
|
Talukdar SN, Cardozo E and Perry T, 1985, “The operator's assistant-an intelligent, expandable program for power systems trouble analysis” IEEE Conference Proceedings on Power Industry Computer Application.
Google Scholar
|
|
Talukdar SN, Cardozo E and Leao LV, 1986, “Toast: The power system operator's assistant” IEEE Expert53–60.
Google Scholar
|
|
Tomsovic K, Liu CC, Ackerman P and Pope S, 1987, “An expert system as a dispatchers' aid for the isolation of line section faults” IEEE Trans.PWRD-2 (3) 736–743.
Google Scholar
|
|
Tsang CP and Wong KP, 1988, “Determination of load block compositions in load-shedding schemes: Logic programming approach” IEEE Computer Applications in Power1 (4) 39–43.
Google Scholar
|
|
Uhrig RE, 1987, “Applications of artificial intelligence in the U.S. nuclear industry” Paper presented at the International Plenary Session of the ANS Topical Meeting on Artificial Intelligence and Other Innovative Computer Applications in the Nuclear Industry Snowbird, UT, USA.
Google Scholar
|
|
Underwood WE, 1982, “A CSR model-based nuclear power plant consultant” AAAI Conference Proceedings pp 302–305.
Google Scholar
|
|
Wollenberg BF, 1985, “Feasibility study for an energy management system intelligent alarm process” IEEE Conference Proceedings on Power Industry Computer Applications pp 249–254.
Google Scholar
|
|
Wollenberg BF and Sakaguchi T, 1987, “Artificial intelligence in power system operations” IEEE Proceedings75 (12) pp 1678–1685.
Google Scholar
|
|
Wong KP and Tsang CP, 1988, “A logic programming approach to fault diagnosis in distribution ring networks” Electric Power Systems Research1577–87.
Google Scholar
|
|
Wong KP, Tsang CP and Chan WY, 1988, “Sherlock—A system for diagnosing power distribution ring network faults” ACM Proceedings on The First International Conference on Industrial & Engineering Applications of Artificial Intelligence & Expert SystemTullahoma, USA, pp 109–113.
Google Scholar
|
|
Wong KP and Cheung HN, 1987, “Artificial intelligence approach to load allocation in distribution substations” IEE Proc. Pt C134(5) 357–365.
Google Scholar
|
|
Wong KP and Cheung HN, 1988, “Circuit allocation in subtransmission switching substations using best-first search strategy” IEE Proc. Pt C135(6) 489–496.
Google Scholar
|
|
Wong KP and Tsang CP, 1989, “A heuristic search method for short-term thermal generator scheduling” Artificial Intelligence in Design, Gero JS, ed., pp 505–520, Springer-Verlag.
Google Scholar
|
