Retail product inventory management system

Abstract

The invention discloses a retail product inventory management system so as to manage goods ordering, goods transferring and goods warehousing between a plurality of retailers and suppliers; the retail product inventory management system comprises a database server, a Birt reporting server, an inventory management module, a pre-decision management module, a reporting management module, an information query module, a finance management module and a system management module. The retail product inventory management system builds a retail industry supplier and retailer supply chain model according to the retail industry operational features, thus realizing informationized and automatic management, improving inventory management level, and increasing profits. The retail product inventory management system can realize inventory management related business functions and visualized display, and provides improvement measures on ordering, prediction, goods positioning and transferring aspects, thus improving automation and informationized level in retail product supply chain management.

Description

technical field [0001] The invention relates to the technical field of inventory management, in particular to a retail product inventory management system. Background technique [0002] Supply chain inventory management is an important part of enterprise operation, and scholars at home and abroad have conducted extensive research on it. Foreign scholars Li and Badmanaham studied the "bullwhip effect" in the supply chain, and summarized it as price fluctuations, shortage games, demand forecast revisions, and ordering batch decisions. Smith studied the inventory location management based on RFID technology and ToA algorithm, and proposed an improved ToA algorithm. Aiming at the retailer as a specific object, Chen Jiacun and Li studied the distribution and inventory allocation of suppliers and retailers in the supply chain. The two coordinate and replenish inventory through information exchange and sharing. From the perspective of game theory, Salini and Said studied the dema...

AI Technical Summary

Problems solved by technology

[0005] ①Inventory management should run through all aspects of the demand and supply management process, but many retailers narrowly understand inventory management as warehouse management or physical inventory control, that is, physical storage management, ignoring the management of capital flow and information flow. Online warehouse management is only an important part of inventory management;

[0006] ②Retailers only carry out inventory management based on their own interests, lack an integrated information system with suppliers, and cannot achieve real information sharing. It is difficult to realize collaborative demand forecasting between retailers and suppliers, resulting in large information distortion;

[0007] ③Traditional demand forecasting methods and ordering models are no longer suitable for the development of retail enterprise chain models, and often obtain delayed and inaccurate information, thereby reducing the accuracy and timeliness of ordering;

[0008] ④Although the warehousing link has introduced many mature and advanced technologies, such as barcode or RFID (radio frequency identification) technology, the application of technology is not sufficient, and there is a lack of secondary development necessary for refined management, such as the lack of secondary development of RFID systems. Second development to improve the accuracy of storage location management, sorting management and inventory statistics, etc.

At the same time, the allocation link in warehouse management relies too much on the experience of managers, and has not yet achieved the optimal allocation of resources in the supply chain

Images