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Multi-objective programming and goal-programming. Theory and applications. Proceeedings of the conference MOPGP’02, Nara, Japan, June 4–7, 2002. (English) Zbl 1051.90003

Advances in Soft Computing. Berlin: Springer (ISBN 3-540-00653-2/pbk). xix, 427 p. (2003).

Show indexed articles as search result.

Table of contents: This collection includes the following articles: Matthias Ehrgott and Xavier Gandibleux, Multiple objective combinatorial optimization – a tutorial (3–18); D. F. Jones and M. Tamiz, Analysis of trends in distance metric optimisation modelling for operational research and soft computing (19–26); Hirotaka Nakayama, MOP/GP approaches to data mining (27–34); Ralph E. Steuer and Yue Qi, Computational investigations evidencing multiple objectives in portfolio optimization (35–44); Hiroyuki Tamura, Behavioral aspects of decision analysis with application to public sectors (45–55); Gwo-Hshiung Tzeng, Multiple objective decision making in past, present, and future (65–76); P. L. Yu and C. Y. Chiang Lin, Dynamic multiple goals optimization in behavior mechanism (77–84); Masami Amano and Hiroyuki Okano, An example-based learning approach to multi-objective programming (87–92); Takeshi Asada and Hirotaka Nakayama, Support vector machines using multi objective programming (93–98); Yao Chen, Hiroshi Morita and Joe Zhu, On the decomposition of DEA inefficiency (99–104).
Yao Chen, Hiroshi Morita and Joe Zhu, An approach for determining DEA efficiency bounds (105–110); Hua-Kai Chiou and Gwo-Hshiung Tzeng, An extended approach of multicriteria optimization for MODM problems (111–116); Matthias Ehrgott and David M. Ryan, The method of elastic constraints for multiobjective combinatorial optimization and its application in airline crew scheduling (117–122); Tomoe Entani and Hideo Tanaka, Some evaluations based on DEA with interval data (123–128); Salvatore Greco, Masahiro Inuiguchi and Roman Słowiński, Possibility and necessity measures in dominance-based rough set approach (129–134); Abdel-Rahman Hedar and Masao Fukushima, Simplex coding genetic algorithm for the global optimization of nonlinear functions (135–140); Masakazu Higuchi and Tamaki Tanaka, On minimax and maximin values in multicriteria games (141–146); Naoya Honda, Backtrack beam search for multiobjective scheduling problem (147–152); Brian J. Hunt and Margaret M. Wiecek, Cones to aid decision making in multicriteria programming (153–158); Masaaki Ida, Efficiency in solution generation based on extreme ray generation method for multiple objective linear programming (159–164); Masaaki Ida, Robust efficient basis of interval multiple criteria and multiple constraint level linear programming (165–170); Hideki Katagiri, Masatoshi Sakawa and Shuuji Ohsaki, An interactive satisficing method through the variance minimization model for fuzzy random multiobjective linear programming problems (171–176) ; Kenji Kimura, El Mostafa Kalmoun and Tamaki Tanaka, On saddle points of multiobjective functions (177–182); Hiroaki Kuwano, An application of fuzzy multiobjective programming to fuzzy AHP (183–189); Gue Myung Lee and Kwang Baik Lee, On affine vector variational inequality (191–195); Kaisa Miettinen, Graphical illustration of Pareto optimal solutions (197–202);
Takashi Namatame, Hiroaki Tanimoto and Toshikazu Yamaguchi, An efficiency evaluation model for company system organization (203–208); Ichiro Nishizaki, Masatoshi Sakawa, Kosuke Kato and Hideki Katagiri, Stackelberg solutions to two-level linear programming problems with random variable coefficients (209–214); Shogo Nishizawa, Tamaki Tanaka and Pando Gr. Georgiev, On inherited properties for vector-valued multifunctions (215–220); Serafim Opricovic and Gwo-Hshiung Tzeng, Multicriteria expansion of a competence set using genetic algorithm (221–226); Serafim Opricovic and Gwo-Hshiung Tzeng, Comparing DEA and MCDM method (227–232); Busaba Phruksaphanrat and Ario Ohsato, Linear coordination method for multi-objective problems (233–238); Kouichi Taji, Junsuke Suzuki, Satoru Takahashi and Hiroyuki Tamura, Experimental analysis for rational decision making by aspiration level AHP (239–244); Eiichiro Takahagi, Choquet integral type DEA (245–250); T. Trzaskalik, Interactive procedures in hierarchical dynamic goal programming (251–256); Masayo Tsurumi, Tetsuzo Tanino and Masahiro Inuiguchi, Solution concepts for coalitional games in constructing networks (257–262); Takeshi Uno, Hiroaki Ishii, Seiji Saito and Shigehiro Osumi, Multi-objective facility location problems in competitive environments (263–268); Junzo Watada and Teruyuki Watanabe, Solving portfolio problems based on meta-controlled Boltzmann machine (269–274); Petra Weidner, Tradeoff directions and dominance sets (275–280); Min Yoon, Hirotaka Nakayama and Yeboon Yun, A soft margin algorithm controlling tolerance directly (281–287); Shin-ichi Yoshikawa and Tetsuji Okuda, An analysis of expected utility based on fuzzy interval data (289–294); Qingling Zhang, James Lam and Liqian Zhang, On analyzing the stability of discrete descriptor systems via generalized Lyapunov equations (295–300);
Joe Zhu, Solving DEA via Excel (301–306); Sydney C. K. Chu and Christina S. Y. Yuen, Planning and scheduling staff duties by goal programming (309–316); Hideo Fujimoto, Yu Tao and Satoko Yamakawa, An interactive approach to fuzzy-based robust design (317–324); Sangheon Han and Yoshio Tabata, A hybrid genetic algorithm for solving a capacity constrained truckload transportation with crashed customer (325–332); Kiyotada Hayashi, A multi-objective programming approach for evaluating agri-environmental policy (333–338); Jerzy Michnik, The comprehensive financial risk management in a bank – stochastic goal programming optimization (367–373); Yuji Yoshida, A discrete-time European options model under uncertainty in financial engineering (415–420).
The articles of this volume will be reviewed individually.
The preceding conference has been reviewed (see Zbl 0987.00059).
Indexed articles:
Ehrgott, Matthias; Gandibleux, Xavier, Multiple objective combinatorial optimization – a tutorial, 3-18 [Zbl 1165.90618]
Jones, D. F.; Tamiz, M., Analysis of trends in distance metric optimisation modelling for operational research and soft computing, 19-26 [Zbl 1165.90624]
Nakayama, Hirotaka, MOP/GP approaches to data mining, 27-34 [Zbl 1165.90631]
Steuer, Ralph E.; Qi, Yue, Computational investigations evidencing multiple objectives in portfolio optimization, 35-44 [Zbl 1165.90522]
Tamura, Hiroyuki, Behavioral aspects of decision analysis with application to public sectors, 45-55 [Zbl 1165.90525]
Tsuji, Kiichiro, Optimization models for planning future energy systems in urban areas, 57-64 [Zbl 1165.90636]
Tzeng, Gwo-Hshiung, Multiple objective decision makin in past, present, and future, 65-76 [Zbl 1165.90526]
Yu, P. L.; ChiangLin, C. Y., Dynamic multiple goals optimization in behavior mechanism, 77-84 [Zbl 1059.90524]
Amano, Masami; Okano, Hiroyuki, An example-based learning approach to multi-objective programming, 87-92 [Zbl 1203.90138]
Asada, Takeshi; Nakayama, Hirotaka, Support vector machines using multi objective programming, 93-98 [Zbl 1203.90139]
Chen, Yao; Morita, Hiroshi; Zhu, Joe, On the decomposition of DEA inefficiency, 99-104 [Zbl 1203.90113]
Chen, Yao; Morita, Hiroshi; Zhu, Joe, An approach for determining DEA efficiency bounds, 105-110 [Zbl 1059.90082]
Chiou, Hua-Kai; Tzeng, Gwo-Hshiung, An extended approach of multicriteria optimization for MODM problems, 111-116 [Zbl 1203.90140]
Ehrgott, Matthias; Ryan, David M., The method of elastic constraints for multiobjective combinatorial optimization and its application in airline crew scheduling, 117-122 [Zbl 1165.90619]
Entani, Tomoe; Tanaka, Hideo, Some evaluations based on DEA with interval data, 123-128 [Zbl 1165.90489]
Greco, Salvatore; Inuiguchi, Masahiro; Słowiński, Roman, Possibility and necessity measures in dominance-based rough set approach, 129-134 [Zbl 1165.90492]
Hedar, Abdel-Rahman; Fukushima, Masao, Simplex coding genetic algorithm for the global optimization of nonlinear functions, 135-140 [Zbl 1165.90594]
Higuchi, Masakazu; Tanaka, Tamaki, On minimax and maximin values in multicriteria games, 141-146 [Zbl 1116.90109]
Honda, Naoya, Backtrack beam search for multiobjective scheduling problem, 147-152 [Zbl 1165.90494]
Hunt, Brian J.; Wiecek, Margaret M., Cones to aid decision making in multicriteria programming, 153-158 [Zbl 1165.90496]
Ida, Masaaki, Efficiency in solution generation based on extreme ray generation method for multiple objective linear programming, 159-164 [Zbl 1165.90622]
Ida, Masaaki, Robust efficient basis of interval multiple criteria and multiple constraint level linear programming, 165-170 [Zbl 1165.90623]
Katagiri, Hideki; Sakawa, Masatoshi; Ohsaki, Shuuji, An interactive satisficing method through the variance minimization model for fuzzy random multiobjective linear programming problems, 171-176 [Zbl 1165.90625]
Kimura, Kenji; Kalmoun, El Mostafa; Tanaka, Tamaki, On saddle points of multiobjective functions, 177-182 [Zbl 1165.90502]
Kuwano, Hiroaki, An application of fuzzy multiobjective programming to fuzzy AHP, 183-189 [Zbl 1165.90611]
Lee, Gue Myung; Lee, Kwang Baik, On affine vector variational inequality, 191-195 [Zbl 1165.90506]
Miettinen, Kaisa, Graphical illustration of Pareto optimal solutions, 197-202 [Zbl 1165.90512]
Namatame, Takashi; Tanimoto, Hiroaki; Yamaguchi, Toshikazu, An efficiency evaluation model for company system organization, 203-208 [Zbl 1165.90515]
Nishizaki, Ichiro; Sakawa, Masatoshi; Kato, Kosuke; Katagiri, Hideki, Stackelberg solution to two-level linear programming problem with random variable coefficients, 209-214 [Zbl 1165.90516]
Nishizawa, Shogo; Tanaka, Tamaki; Georgiev, Pando Gr., On inherited properties for vector-valued multifunctions, 215-220 [Zbl 1165.90517]
Opricovic, Serafim; Tzeng, Gwo-Hshiung, Multicriteria expansion of a competence set using genetric algorithm, 221-226 [Zbl 1165.90518]
Opricovic, Serafim; Tzeng, Gwo-Hshiung, Comparing DEA and MCDM method, 227-232 [Zbl 1165.90519]
Phruksaphanrat, Busaba; Ohsato, Ario, Linear coordination method for multi-objective problems, 233-238 [Zbl 1165.90633]
Taji, Kouichi; Suzuki, Junsuke; Takahashi, Satoru; Tamura, Hiroyuki, Experimental analysis for rational decision making by aspiration level AHP, 239-244 [Zbl 1165.90523]
Takahagi, Eiichiro, Choquet integral type DEA, 245-250 [Zbl 1165.90524]
Trzaskalik, T., Interactive procedures in hierarchical dynamic goal programming, 251-256 [Zbl 1162.90554]
Tsurumi, Masayo; Tanino, Tetsuzo; Inuiguchi, Masahiro, Solution concepts for coalitional games in constructing networks, 257-262 [Zbl 1162.90359]
Uno, Takeshi; Ishii, Hiroaki; Saito, Seiji; Osumi, Shigehiro, Multi-objective facility location problems in competitive environments, 263-268 [Zbl 1162.90555]
Watada, Junzo; Watanabe, Teruyuki, Solving portfolio problems based on meta-controlled Boltzmann machine, 269-274 [Zbl 1162.90524]
Weidner, Petra, Tradeoff directions and dominance sets, 275-280 [Zbl 1140.90313]
Yoon, Min; Nakayama, Hirotaka; Yun, Yeboon, A soft margin algorithm controlling tolerance directly, 281-287 [Zbl 1140.90314]
Yoshikaw, Shin-ichi; Okuda, Tetsuji, An analysis of expected utility based on fuzzy interval data, 289-294 [Zbl 1140.90315]
Zhang, Qingling; Lam, James; Zhang, Liqian, On analyzing the stability of discrete descriptor systems via generalized Lyapunov equations, 295-300 [Zbl 1140.90316]
Zhu, Joe, Solving DEA via excel, 301-306 [Zbl 1140.90317]
Chu, Sydney C. K.; Yuen, Christina S. Y., Planning and scheduling staff duties by goal programming, 309-316 [Zbl 1116.90346]
Fujimoto, Hideo; Tao, Yu; Yamakawa, Satoko, An interactive approach to fuzzy-based robust design, 317-324 [Zbl 1083.93505]
Han, Sangheon; Tabata, Yoshio, A hybrid genetic algorithm for solving a capacity constrained truckload transportation with crashed customer, 325-332 [Zbl 1116.90311]
Hayashi, Kiyotada, A multi-objective programming approach for evaluating agri-environmental policy, 333-338 [Zbl 1116.90396]
Hsu, Shao-Chung; Peng, Chen-Yuan; Wu, Chia-Hung, Improve the shipping performance of build-to-order (BTO) product in semiconductor wafer manufacturing, 339-345 [Zbl 1116.90374]
Hu, Yi-Chung; Chiu, Yu-Jing; Chen, Chin-Mi; Tzeng, Gwo-Hshiung, Competence set expansion for obtaining scheduling plans in intelligent transportation security systems, 347-352 [Zbl 1116.90349]
Liu, Li-Chen; Lee, Chuan; Tzeng, Gwo-Hshiung, DEA for evaluating the current-period and cross-period efficiency of Taiwan’s upgraded technical institutes, 353-360 [Zbl 1165.90509]
Liu, Li-Chen; Lee, Chuan; Tzeng, Gwo-Hshiung, Using DEA of REM and EAM for efficiency assessment of technology institutes upgraded from junior colleges: the case in Taiwan, 361-366 [Zbl 1165.90510]
Michnik, Jerzy, The comprehensive financial risk management in a bank – stochastic goal programming optimization, 367-373 [Zbl 1165.90511]
Mistry, Jamshed J.; Pathak, B. K., The effectiveness of the balanced scorecard framework for E-commerce, 375-381 [Zbl 1165.90561]
Peng, Jin-Tang; Chien, Chen-Fu, A study of variance of locational price in a deregulated generation market, 383-388 [Zbl 1165.90532]
Ramu, Santha Chenayah; Takeda, Eiji, Pseudo-criterion approaches to evaluating alternatives in mangrove forests management, 389-394 [Zbl 1165.90520]
Sugihara, Hideharu; Tsuji, Kiichiro, Energy-environment-cost tradeoffs in planning energy systems for an urban area, 395-401 [Zbl 1203.90106]
Tanaka, Katsuki; Takeda, Eiji, DEA approach to the allocation of various TV commercials to dayparts, 403-408 [Zbl 1059.90514]
Wang, Hung-Ju; Chien, Chen-Fu; Kuo, Chung-Jen, Analyzing alternative strategies of semiconductor final testing, 409-414 [Zbl 1059.90510]
Yoshida, Yuji, A discrete-time European options model under uncertainty in financial engineering, 415-420 [Zbl 1059.91012]
Zhang, Bingjiang; Liang, Hui; Tanaka, Tamaki, Multipurpose decision-making in house plan by using AHP, 421-427 [Zbl 1059.90092]

MSC:

90-06 Proceedings, conferences, collections, etc. pertaining to operations research and mathematical programming
90C29 Multi-objective and goal programming
00B25 Proceedings of conferences of miscellaneous specific interest

Citations:

Zbl 0987.00059

Software:

Excel
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