See this document in CiteSeerX!

Non-linear Goal Programming Using Multi-Objective Genetic Algorithms (1998)  (Make Corrections)  (6 citations)
Kalyanmoy Deb Kanpur Genetic Algorithms laboratory (KanGAL) Department of...



  Home/Search   Context   Related

 
View or download:
jeo.org/emo/deb01d.ps.gz
Cached:  PS.gz  PS  PDF   Image  Update  Help

From:  jeo.org/emo/EMOObib (more)
(Enter author homepages)

Rate this article: (best)
  Comment on this article  
(Enter summary)

Abstract: Goal programming is a technique often used in engineering design activities primarily to find a compromised solution which will simultaneously satisfy a number of design goals. In solving goal programming problems, classical methods reduce the multiple goal-attainment problem into a single objective of minimizing a weighted sum of deviations from goals. Moreover, in tackling non-linear goal programming problems, classical methods use successive linearization techniques, which are sensitive... (Update)

Context of citations to this paper:   More

...performance of the genetic algorithms in the late stage of the optimization process. For NPGA we use a sharing mechanism described by S. Deb [14]. The sharing parameter s share is given by: P share q s (7) where q is the desired number of distinct Pareto optimal solutions and...

...normalized average distances d i,j among elements, in both design and objectives domain. Afterwards we implement the standard sharing formulas [3] [4] for the calculation of the sharing parameter sh i,j and the penalty coefficient m i, we evaluate the niche radius s in the...

Cited by:   More
A Genetic Algorithm For Multiobjective - Structural Optimization Rodrigo   (Correct)
Multicriteria Optimization with Export Rules for Mechanical Design - Coelho (2004)   (Correct)
A Grs Method For Pareto-Optimal Front - Identification In Electromagnetic   (Correct)

Similar documents (at the sentence level):
6.0%:   Evolutionary Algorithms for Multi-Criterion Optimization in.. - Deb (1999)   (Correct)

Active bibliography (related documents):   More   All
3.4:   Non-linear Goal Programming Using Multi-Objective Genetic Algorithms - Deb (1998)   (Correct)
0.6:   Multi-Objective Evolutionary Algorithms: Introducing Bias Among.. - Deb (1999)   (Correct)
0.5:   Multi-Objective Genetic Algorithms: Problem Difficulties and.. - Deb (1998)   (Correct)

Similar documents based on text:   More   All
0.6:   An Efficient Constraint Handling Method for Genetic Algorithms - Deb (1998)   (Correct)
0.6:   Optimal Truss-Structure Design using Real-Coded Genetic.. - Deb, Gulati, al.   (Correct)
0.6:   Comparison of Multiobjective Evolutionary Algorithms.. - Zitzler, Deb, Thiele (1999)   (Correct)

Related documents from co-citation:   More   All
4:   Multiobjective evolutionary algorithms: A comparative case study and the strengt.. - Zitzler, Thiele - 1999
3:   Multiobjective optimization and multiple constraint handling with evolutionary a.. - Fonseca, Fleming - 1998
3:   Optimization and Machine Learning (context) - Goldberg, in - 1989

BibTeX entry:   (Update)

Deb, K.: Non-linear Goal Programming Using Multi-Objective Genetic Algorithm. Technical Report no. CI-60/98, Department of Computer Science, XI University of Dortmund GE, 1998 http://citeseer.ist.psu.edu/deb98nonlinear.html   More

@techreport{ deb99nonlinear,
    author = "Kalyanmoy Deb",
    title = "Non-{L}inear {G}oal {P}rogramming using {M}ulti-{O}bjective {G}enetic {A}lgorithms",
    number = "CI-60/98",
    address = "University of Dortmund, Germany",
    year = "1999",
    url = "citeseer.ist.psu.edu/deb98nonlinear.html" }
Citations (may not include all citations):
2138   Genetic algorithms for search (context) - Goldberg - 1989
162   Genetic algorithms for multi-objective optimization: Formula.. - Fonseca, Fleming - 1993
148   An investigation of niche and species formation in genetic f.. (context) - Deb, Goldberg - 1989
127   A niched Pareto genetic algorithm for multiobjective optimiz.. - Horn, Nafploitis et al. - 1994
107   Multiple criteria optimization: Theory (context) - Steuer - 1986
39   Simulated binary crossover for continuous search space - Deb, Agrawal - 1995
38   Engineering optimization methods and applications (context) - Reklaitis, Ravindran et al. - 1983
36   Multiobjective optimization using evolutionary algorithms---.. - Zitzler, Thiele - 1998
33   Selective breeding in a multi-objective genetic algorithm (context) - Parks, Miller - 1998
33   Multi-Objective function optimization using non-dominated so.. (context) - Srinivas, Deb - 1994
21   Optimization for engineering design: Algorithms and examples (context) - Deb - 1995
18   An efficient constraint handling method for genetic algorith.. - Deb
17   A spatial predator-prey approach to multiobjective optimizat.. - Laumanns, Rudolph et al. - 1998
17   Genetic algorithm design of Pareto-optimal broad band microw.. (context) - Weile, Michielssen et al. - 1996
16   Goal programming and extensions (context) - Ignizio - 1976
11   Optimal estimation of executive compensation by linear progr.. (context) - Charnes, Cooper et al. - 1955
11   Use of genetic algorithms in multicriteria optimization to s.. (context) - Cunha, Oliveira et al. - 1997
10   A robust optimization procedure for mechanical component des.. (context) - Deb, Goyal - 1997
7   Handbook of critical issues in goal programming (context) - Romero - 1991
6   Genetic-algorithm-based design of groundwater quality monito.. (context) - Eheart, Cieniawski et al. - 1993
4   Goal programming for decision analysis (context) - Lee - 1972
3   A goal programming approach to the optimization of multiresp.. (context) - Clayton, Weber et al. - 1982
3   A review of goal programming: A tool for multiobjective anal.. (context) - Ignizio - 1978
2   Compromise programming (context) - Zeleney - 1973
2   Goal programming: A new tool for optimization in petroleum r.. (context) - Sayyouth - 1981
2   Multiple criteria decision making (context) - Zeleney - 1982

Documents on the same site (http://www.jeo.org/emo/EMOObib.html):   More
On the Computational Effectiveness of Multiple Objective.. - Jaszkiewicz (2000)   (Correct)
Multiple Objective Optimization of Fuzzy Rules for Obstacles.. - Gacôgne   (Correct)
Genetic Algorithms for Composite Laminate Design and Optimization - Soremekun (1997)   (Correct)

Online articles have much greater impact   More about CiteSeer.IST   Add search form to your site   Submit documents   Feedback  

CiteSeer.IST - Copyright Penn State and NEC