A Gravity-Like Mechanism for Car Sequencing Problem with Multistage Sequencing Buffer

Dao Yuan Yu; San Qiang Zhang; Xin Yu Shao; Sheng Qiang Liu; Yu Hui Tian

doi:10.4028/www.scientific.net/AMR.314-316.2232

Paper Titles

A New Optimized Cutting Method Based on Group Technology in the Structural Member Manufacturing
p.2210

Conceptual Queries Based on Knowledge for E-Commerce
p.2215

Research on Power Line Carrier Communication Quality Evaluation
p.2221

Synthesis and Luminescent Properties of New Oligofluorene Derivatives Containing Various Comonomers
p.2227

A Gravity-Like Mechanism for Car Sequencing Problem with Multistage Sequencing Buffer
p.2232

Study on the Screening Efficiency for the Probability Screen
p.2238

Progressive Damage and Failure Analysis of Fiber-Reinforced Laminated Composites Containing a Hole
p.2243

Research on CAD Model Data Conversion for RP Technology
p.2253

A Framework for Correlation Relationship Mining of Cloud Service in Cloud Manufacturing System
p.2259

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 314-316A Gravity-Like Mechanism for Car Sequencing...

A Gravity-Like Mechanism for Car Sequencing Problem with Multistage Sequencing Buffer

Abstract:

This paper proposes a new algorithm of gravity-like mechanism and a multistage buffer for the car sequencing problem. The algorithm utilizes the principle of gravity and codes the cars as particles, which can achieve the ordering by the gravity of particles themselves in the sequencing buffer. The Petri net model of the Buffer is proposed and a car sequencing problem is analyzed as an example, the results prove that the algorithm and the buffer can perform well in car sequencing problem.