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A Promising Initial Population Based Genetic Algorithm for Job Shop Scheduling Problem 被引量:1
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作者 Vedavyasrao s. Jorapur vinod s. puranik +1 位作者 Anand s. Deshpande Mahesh sharma 《Journal of Software Engineering and Applications》 2016年第5期208-214,共7页
Job shop scheduling problem is typically a NP-Hard problem. In the recent past efforts put by researchers were to provide the most generic genetic algorithm to solve efficiently the job shop scheduling problems. Less ... Job shop scheduling problem is typically a NP-Hard problem. In the recent past efforts put by researchers were to provide the most generic genetic algorithm to solve efficiently the job shop scheduling problems. Less attention has been paid to initial population aspects in genetic algorithms and much attention to recombination operators. Therefore authors are of the opinion that by proper design of all the aspects in genetic algorithms starting from initial population may provide better and promising solutions. Hence this paper attempts to enhance the effectiveness of genetic algorithm by providing a new look to initial population. This new technique along with job based representation has been used to obtain the optimal or near optimal solutions of 66 benchmark instances which comprise of varying degree of complexity. 展开更多
关键词 Job Shop Scheduling Job Based Representation NP-HARD Recombination Operators etc.
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