Research on Automated Warehouse Scheduling System Based on Double Label and Sorting Algorithm

Abstract

Through the research on the RFID’s User tag memory and its coding mode, a double-label management mode based on the combination of RFID tag and barcode is proposed, which realizes the binding of information in the warehouse logistics process, the convenient transmission and traceability between the upstream and downstream departments. The interface between the scheduling system and the equipment control system is designed, and the scheduling algorithm based on priority ranking is put forward to realize material outbound in order in warehouse logistics system. This method is an extension of the warehouse and logistics information system, which can solve the problem of the accuracy of the material outbound in sequence to the downstream departments.

Image Recognition Technology Applied to the Design of Mobile Platform for Warehouse Logistics Robots

“…The coordinates of its center of gravity are obtained by the method of finding the moments of the image if the pixels of the image are written as a density function ( , ) f x y , and the expectation of the pixel points is the moment of origin of the image. The formula for the moment of origin is: Since the first-order moments of a figure are related to the shape of the figure, the center of gravity of the object is found by using the method of first-order moments in this scheme, and the center of gravity is given by: 10 01 00 00 , mm C mm  =   (11) Where 00 m denotes all non-zero regions on the image, and the length of the processing contour is:…”

“…In the warehousing logistics work system, high repetitiveness, high labor intensity, and high-risk factor work can be carried out by intelligent robots [9][10]. Warehouse logistics robots are the link to improve the efficiency of logistics, and in many practical industrial environments such as warehousing and logistics, the use of robots to work together can improve the efficiency of the work greatly [11][12].…”