A logistics center dump intelligent decision control system and method based on RFID and batch flow technology

Abstract

The invention discloses a logistics center dump intelligent decision control system and method. The system structure comprises: a cargo space data collector, a cargo data collector, a dump operation terminal and a dump batch decision system, and the batch flow technology is used to design the batch split. The solution and scheduling method reduces the single batch size of the dump batch, improves the rationality and accuracy of the dump batch scheduling; through the aid of RFID technology, the execution status of the dump batch can be obtained in real time, which makes up for the information flow in the previous operation. The problem of disconnection of logistics, the control system and method are suitable for improving the internal operation efficiency and automation level of a variety of logistics parks and the level of outbound service, with good economic benefits and market application and promotion prospects.

Description

technical field [0001] The present invention relates to an intelligent decision-making system and method for dumping batches in the storage system of a logistics center based on RFID wireless radio frequency technology and batch flow technology, and especially relates to the implementation information acquisition of the status of the cargo area through RFID wireless radio frequency technology. The dump batch is decomposed by batch stream technology, and the decision-making method of realizing the intelligent decomposition and scheduling of the dump batch belongs to the field of intelligent information technology. Background technique [0002] The logistics center is a connecting point of various modes of transportation, and a gathering point of logistics enterprises with a certain scale and various service functions, including comprehensive functions, intensive functions, information transaction functions, centralized warehousing functions, distribution and processing functio...

AI Technical Summary

Problems solved by technology

However, its decision-making process relies entirely on manual decision-making, and the decision-making results affect the operation efficiency of the entire logistics center, and have a direct impact on the upstream and downstream of the supply chain. The phenomenon that the vehicles that have arrived at the logistics center are still out of stock, delays the delivery time, reduces the customer service level, and increases the operating cost of the logistics center. Its characteristics are as follows:

[0004] (1) The logistics center dumping decision-making problem is complex, and there are many factors affecting the logistics operation process of the logistics center. Large, and the sales order information is dynamic, and under the influence of other external factors, the decision-making problem presents dynamic uncertainty characteristics, which increases the complexity of decision-making; the current WMS system provides data support for the decision-making process, such as inventory information, related document information, etc. , but does not yet have the ability to assist in decision-making, and fails to provide valuable auxiliary decision-making information to ease the difficulty of decision-making; decision-making support positions are highly dependent on personnel levels, which increases the pressure on personnel and brings unpredictable risks to the operation of the logistics center

[0005] (2) The dumping decision-making process is out of touch with the execution process. Since it is difficult to consider various influencing factors in manual decision-making, it is impossible to achieve refined management. Generally, a large batch of extensive Dump plan, decomposed and executed by forklift workers

As a result, there is a black box for managers and information systems during the execution process, and there is a phenomenon of asynchronous information flow and logistics

[0006] (3) The dumping decision leads to an obvious domino effect. Platform assignment, that is, specifying a loading platform for vehicles entering the park, is the final link in the decision-making process. Dump the impact of decision-making, the simpler the platform assignment rules, the more accurate the decision-making in the early stage, but at present, manual adjustments are usually required after the platform assignment, and it is difficult for the on-site dispatcher to grasp the overall information, and the assigned platform results are difficult to meet the overall optimization of the logistics center needs

However, the application of batch flow in the warehousing field not only decides the dismantling of the batch, but also decides the location of the batch and the location of the batch. Therefore, the model and solution method established in the current research are not fully applicable to the warehousing field.

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