面向虚拟数字平台搭建的数据采集系统设计OA

This article addresses the issue of data conflicts and inconsistencies that exist in virtual digital platforms within a multi-reader RFID environment,and builds an efficient data collection system.Based on a distributed algorithm,the system allocates independent response time windows for each reader,and coordinates the signal transmission sequence through a polling mechanism to reduce device interference.By monitoring the quality stability and transmission efficiency of tag response signals in real time,the system dynamically evaluates collection accuracy and adaptively adjusts the time windows to optimize performance.Test results show that the system reduces the data conflict rate to 0.8%,and increases the collection efficiency and read success rate to 99.6%,significantly enhancing the practicality and reliability of the system.