科技通报
科技通報
과기통보
Bulletin of Science and Technology
2015年
9期
204-207,211
,共5页
沿海港口%物联网%信息%调度
沿海港口%物聯網%信息%調度
연해항구%물련망%신식%조도
coastal port%Internet of things%information%scheduling
无水港群与沿海港口的信息联动模型是解决双方信息资源共享,提高港口与腹地物流调度效率的关键因素。当前,进出无水港和沿海港口的货物、车辆或船只越来越频繁,对信息的联动融合处理较为困难。传统的港口信息联动模型采用移动终端定位和RFID技术,在不同软件平台下信息联动模型的兼容性不好。本文提出一种基于物联网的无水港群与沿海港口的信息联动模型。构建无水港群与沿海港口信息联动物联网体系结构,提取与港口物流相关的信息特征量并进行数据融合,设计物联网下的信息联动通信系统,实现对模型的系统仿真,实验结果表明,采用该模型能实时有效地实现对相关信息的实时采集和数据分析,数据通信效率较高,实现了无水港群和沿海港口的资源共享和信息联动。
無水港群與沿海港口的信息聯動模型是解決雙方信息資源共享,提高港口與腹地物流調度效率的關鍵因素。噹前,進齣無水港和沿海港口的貨物、車輛或船隻越來越頻繁,對信息的聯動融閤處理較為睏難。傳統的港口信息聯動模型採用移動終耑定位和RFID技術,在不同軟件平檯下信息聯動模型的兼容性不好。本文提齣一種基于物聯網的無水港群與沿海港口的信息聯動模型。構建無水港群與沿海港口信息聯動物聯網體繫結構,提取與港口物流相關的信息特徵量併進行數據融閤,設計物聯網下的信息聯動通信繫統,實現對模型的繫統倣真,實驗結果錶明,採用該模型能實時有效地實現對相關信息的實時採集和數據分析,數據通信效率較高,實現瞭無水港群和沿海港口的資源共享和信息聯動。
무수항군여연해항구적신식련동모형시해결쌍방신식자원공향,제고항구여복지물류조도효솔적관건인소。당전,진출무수항화연해항구적화물、차량혹선지월래월빈번,대신식적련동융합처리교위곤난。전통적항구신식련동모형채용이동종단정위화RFID기술,재불동연건평태하신식련동모형적겸용성불호。본문제출일충기우물련망적무수항군여연해항구적신식련동모형。구건무수항군여연해항구신식련동물련망체계결구,제취여항구물류상관적신식특정량병진행수거융합,설계물련망하적신식련동통신계통,실현대모형적계통방진,실험결과표명,채용해모형능실시유효지실현대상관신식적실시채집화수거분석,수거통신효솔교고,실현료무수항군화연해항구적자원공향화신식련동。
The group with the coastal ports information linkage model is used to solve the bilateral port information resource sharing, and it is the key factors to improve the logistics scheduling efficiency between dry ports and costal ports. Cargo,trucks and ships are frequent, linkage information fusion processing is more difficult. The port information linkage model used in traditional mobile terminal positioning and RFID technology, in the different software platform of information interaction model of compatibility is not good. An improved information interaction model of dry ports and coastal ports is proposed based on Internet of things. The construction of dry ports and coastal port information network system structure of animal, extract relevant and port logistics information feature and data fusion, the information linkage communication system design of Internet of things, the realization of system simulation of the model, the experimental results show that, the real time analysis can effectively realize the real-time acquisition and data on interrelated information, data communication has high efficiency, it can realize the resource sharing and information linkage between dry ports and costal ports.