| With the rapid development of information technology,the demand of automatic warehousing and logistics technology in the construction of manufacturing digital production system is increasing.The management of enterprises gradually realize that when the advanced manufacturing technology reaches a certain level,the output obtained by continuous investment is no longer significant.If the capital is invested in the construction of the neglected warehouse logistics automation capacity,the effect is often very good.Therefore,more and more enterprises have set up automatic warehouse logistics system in the production site.The system is usually stored in high-rise warehouse,the stacker is responsible for picking up goods from the warehouse,and the automatic guided vehicle is responsible for transporting the goods to the designated location.At present,the equipment technology of the system hardware has become mature,but in order to maximize the energy efficiency of the system,it is necessary to configure scientific management and control methods and scheduling methods.Based on this,this paper aims to improve the management and control level and operation efficiency of automated warehouse logistics system,and the specific research contents are as follows:Based on the actual construction of automatic warehousing logistics system,this paper introduces the components and operation process of the system,and identifies the key processes and important execution equipment that determine the performance of the system,and then leads to the core of scheduling optimization is the construction and implementation of equipment operation scheme and path optimization of control system.Firstly,in order to promote the intelligent management and control of warehousing logistics and improve the overall operation ability of the system,the warehouse logistics management and control module based on manufacturing execution system is constructed to realize the all-round digital control of the warehousing and logistics process.The construction ideas,methods and process of the management and control system are introduced,and the system function is tested.At the same time,the implementation of scientific scheduling method for the follow-up is carried out Created conditions and grippers.Then,aiming at the problem of stacker operation scheme and AGV transport vehicle operation path optimization,the intelligent algorithm is proposed to solve the problem.Combined with the research of operation mode,the mathematical model of optimization problem is constructed.Considering the characteristics of the method and the problem itself,based on the in-depth study of genetic algorithm and ant colony algorithm,this paper puts forward the idea of customized upgrading of selection,mutation operator improvement and algorithm mixing.After the algorithm design is completed,an example running in test is carried out to prove the effectiveness of the method.Finally,it is applied to engineering to effectively promote the transformation of logistics work from labor-intensive to technology-intensive. |
