Kei Nishihara
Kei Nishihara
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Loading Optimization Problem
Automated Construction of Transferable Loading Algorithm with Interactive Genetic Programming
The approach described in this paper integrates an interactive framework with users into our previous technique to automatically construct algorithms that derive loading patterns adapted to user objectives and/or preferences.
Yusuke Hiruta
,
Kei Nishihara
,
Yuji Koguma
,
Masakazu Fujii
,
Masaya Nakata
PDF
BibTeX
DOI
Link
Interactive construction of loading algorithm with Genetic Programming
This paper integrates an interactive framework into Automatic Construction technique of Loading Algorithms based on Cartesian Genetic Programing (ACLA-CGP).
Yusuke Hiruta
,
Kei Nishihara
,
Yuji Koguma
,
Masakazu Fujii
,
Masaya Nakata
BibTeX
Link (Conference)
Automated Construction of Transferable Loading Algorithm with Cartesian Genetic Programming
This paper proposes an automatic construction technique of transferable loading algorithms based on Cartesian Genetic Programming. The proposed method aims to construct the loading algorithm with a few hundred fitness evaluations by optimizing the execution order of rules to decide a type of multiple cardboard boxes and their loadable positions simultaneously.
Yusuke Hiruta
,
Kei Nishihara
,
Yuji Koguma
,
Masakazu Fujii
,
Masaya Nakata
BibTeX
Link
Automated construction of Transferable loading algorithm with Cartesian genetic programming
本論文では,定義された目的関数のもとで,Cartesian genetic programming(CGP)を用いた転移利用可能な積み付けアルゴリズムの自動生成技術を提案する.提案法では,積み付け候補から選択する基準として選択ルールを複数定義し,その実行順位を出力するモ …
Yusuke Hiruta
,
Kei Nishihara
,
Yuji Koguma
,
Masakazu Fujii
,
Masaya Nakata
BibTeX
Link (Paper)
Link (Conference)
Link (CFP)
BibTeX
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