Dynamic Picking and Storage Optimization of Robotic Picking Systems

With the development of e-commerce and improvement logistics requirements, more ‘parts-to-picker’ picking systems begin to replace inefficient ‘picker-to-parts’ in various scenarios. As mainstream system, robotic mobile fulfillment system has been attracting much attention recent years. In addition customer's changing rapid response order is particularly important. above context, seek a breakthrough system's efficiency without increasing cost additional equipment, storage allocation pods becomes very This article focuses on dynamic which positive theoretical practical significance. By analyzing pod process model suitable for established with goal minimizing handling distance. Two strategies are proposed system. simulating different scales, effectiveness strategy verified, certain reference operation practice.