微型机与应用
微型機與應用
미형궤여응용
Microcomputer & its Applications
2015年
18期
50-52
,共3页
语音识别%物流拣选%RFID 室内定位%LANDMARC 算法%k-近邻算法
語音識彆%物流揀選%RFID 室內定位%LANDMARC 算法%k-近鄰算法
어음식별%물류간선%RFID 실내정위%LANDMARC 산법%k-근린산법
auto speech recognize%logistics picking%RFID indoor positioning%LANDMARC algorithm%k-nearest algorithm
针对传统的表单拣货方式越来越不能满足大型物流中心的需求，设计了基于语音的拣选系统，解决传统拣选方式存在的不足，提高货物拣选效率。为实现拣选操作员的合理调度，系统引入 RFID 室内定位技术，针对仓储拣选实际应用，以 LANDMARC 算法为基础进行算法改进，改进后系统的定位准确度提高了2%~60%，同时增强了实用性。系统实验表明，基于室内定位的语音拣选系统能够有效实现相应功能，具有较好的市场应用前景。
針對傳統的錶單揀貨方式越來越不能滿足大型物流中心的需求，設計瞭基于語音的揀選繫統，解決傳統揀選方式存在的不足，提高貨物揀選效率。為實現揀選操作員的閤理調度，繫統引入 RFID 室內定位技術，針對倉儲揀選實際應用，以 LANDMARC 算法為基礎進行算法改進，改進後繫統的定位準確度提高瞭2%~60%，同時增彊瞭實用性。繫統實驗錶明，基于室內定位的語音揀選繫統能夠有效實現相應功能，具有較好的市場應用前景。
침대전통적표단간화방식월래월불능만족대형물류중심적수구，설계료기우어음적간선계통，해결전통간선방식존재적불족，제고화물간선효솔。위실현간선조작원적합리조도，계통인입 RFID 실내정위기술，침대창저간선실제응용，이 LANDMARC 산법위기출진행산법개진，개진후계통적정위준학도제고료2%~60%，동시증강료실용성。계통실험표명，기우실내정위적어음간선계통능구유효실현상응공능，구유교호적시장응용전경。
According to the traditional way of form picking cannot meet the growing demand of large-scale logistics center , this paper designed a picking system based on voice, to make up of the deficiencies of traditional picking mode, and improve the picking efficiency. While, in order to schedule picking operator reasonably, RFID indoor positioning technology is introduced into this system based on LANDMARC algorithm and improved it. From the improved system the accuracy of positioning is promoted 2%~60% and it becomes more practical. The system experiment shows that, voice picking system based on indoor positioning can effectively achieve the corresponding function, and has a good market application prospect.
