2006Unpublished venueRequires access

A Particle Swarm Optimization Approach for Procedure Parameters Optimization of Semiconductor Assembly Product Line

Lei Wang, Qi Kang, Qidi Wu

Open publisher page 1 citations

Abstract

A particle swarm optimization approach with the characteristic of logical time-order for procedure parameters optimization of semiconductor assembly product line is proposed in this paper. The actual semiconductor assembly product line is modeled, and in allusion to such a kind of typical procedure parameters optimization as process time assignment to different products on each machine, the logical time-order particle swarm optimization strategy with the evaluation index of average profit in unit time and equilibrium degree of machine is put forward and simulated

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What this paper is about

A particle swarm optimization approach with the characteristic of logical time-order for procedure parameters optimization of semiconductor assembly product line is proposed in this paper. The actual semiconductor assembly product line is modeled, and in allusion to such a kind of typical procedure parameters optimization as process time assignment to different products on each machine, the logical time-order particle swarm optimization strategy with the evaluation index of average profit in unit time and equilibrium degree of machine is put forward and simulated

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Available abstract

A particle swarm optimization approach with the characteristic of logical time-order for procedure parameters optimization of semiconductor assembly product line is proposed in this paper. The actual semiconductor assembly product line is modeled, and in allusion to such a kind of typical procedure parameters optimization as process time assignment to different products on each machine, the logical time-order particle swarm optimization strategy with the evaluation index of average profit in unit time and equilibrium degree of machine is put forward and simulated

Key concepts: Particle swarm optimization, Multi-swarm optimization, Semiconductor device fabrication, Mathematical optimization, Computer science, Engineering, Mathematics, Electrical engineering

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