The Experts below are selected from a list of 150 Experts worldwide ranked by ideXlab platform
Jacques Besson - One of the best experts on this subject based on the ideXlab platform.
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An object-oriented simulation-optimization interface
Computers and Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:Progress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design.
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An object-oriented simulation–optimization interface
Computers & Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:International audienceProgress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design
R. Le Riche - One of the best experts on this subject based on the ideXlab platform.
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An object-oriented simulation-optimization interface
Computers and Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:Progress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design.
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An object-oriented simulation–optimization interface
Computers & Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:International audienceProgress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design
J. Gaudin - One of the best experts on this subject based on the ideXlab platform.
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An object-oriented simulation-optimization interface
Computers and Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:Progress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design.
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An object-oriented simulation–optimization interface
Computers & Structures, 2003Co-Authors: R. Le Riche, J. Gaudin, Jacques BessonAbstract:International audienceProgress in the field of structural optimization naturally leads to an increasing number of structural models and optimization algorithms that need to be considered for design. Software architecture is of central importance in the ability to account for the complex links tying new structural models and optimizers. An object-oriented Programming Pattern for interfacing simulation and optimization codes is described in this article. The concepts of optimization variable, criteria, optimizers and simulation environment are the building blocks of the Pattern. The resulting interface is logical, flexible and extensive. It encompasses constrained single or multiple objective formulations with continuous, discrete or mixed design variables. Applications are given for composite laminate design
Bogdan Wiszniewski - One of the best experts on this subject based on the ideXlab platform.
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PPAM - Testing for Conformance of Parallel Programming Pattern Languages
Parallel Processing and Applied Mathematics, 2002Co-Authors: Lukasz Garstecki, Pawel L. Kaczmarek, Jacques Chassin De Kergommeaux, Henryk Krawczyk, Bogdan WiszniewskiAbstract:This paper reports on the project being run by TUG and IMAG, aimed at reducing the volume of tests required to exercise parallel Programming language compilers and libraries. The idea is to use the ISO STEP standard scheme for conformance testing of software products. A detailed example illustrating the ongoing work is presented.
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Testing for conformance of parallel Programming Pattern languages
Lecture Notes in Computer Science, 2002Co-Authors: Lukasz Garstecki, Pawel L. Kaczmarek, Jacques Chassin De Kergommeaux, Henryk Krawczyk, Bogdan WiszniewskiAbstract:This paper reports on the project being run by TUG and IMAG, aimed at reducing the volume of tests required to exercise parallel Programming language compilers and libraries. The idea is to use the ISO STEP standard scheme for conformance testing of software products. A detailed example illustrating the ongoing work is presented.
Lukasz Garstecki - One of the best experts on this subject based on the ideXlab platform.
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PPAM - Testing for Conformance of Parallel Programming Pattern Languages
Parallel Processing and Applied Mathematics, 2002Co-Authors: Lukasz Garstecki, Pawel L. Kaczmarek, Jacques Chassin De Kergommeaux, Henryk Krawczyk, Bogdan WiszniewskiAbstract:This paper reports on the project being run by TUG and IMAG, aimed at reducing the volume of tests required to exercise parallel Programming language compilers and libraries. The idea is to use the ISO STEP standard scheme for conformance testing of software products. A detailed example illustrating the ongoing work is presented.
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Testing for conformance of parallel Programming Pattern languages
Lecture Notes in Computer Science, 2002Co-Authors: Lukasz Garstecki, Pawel L. Kaczmarek, Jacques Chassin De Kergommeaux, Henryk Krawczyk, Bogdan WiszniewskiAbstract:This paper reports on the project being run by TUG and IMAG, aimed at reducing the volume of tests required to exercise parallel Programming language compilers and libraries. The idea is to use the ISO STEP standard scheme for conformance testing of software products. A detailed example illustrating the ongoing work is presented.
