Design And Implementation Of Logistics Information System Based On The Internet Of Things

As an important means of human intelligence in the future, the development of theInternet of things is paid more and more attention, and the Internet of things has the potentialto be one of the new communication technology. Along with the rapid development andmaturation of electronic commerce, logistics based on the Internet of things can be moreefficient and more intelligent, and it is also an important means and a trend to realizeintelligent logistics. At the same time, the logistics based on the Internet of things has enteredinto the age of big data, traditional logistics information systems must solve the problems ofstorage and processing of the huge data, and deep the potential value of large data.In the logistics information system based on the Internet of things, the Internet of thingsservices the underlying hardware support, using the wireless sensor network to collect, uploaddata and receive the command by the sensor nodes, and then logistics information systemstores and deals with the data from the sensors, tracking and monitoring logistics on real time.All above realizd the connection of goods to goods, goods to transport vehicles and goods topeople, to form intelligent logistics. The data generated by the intelligent logistics is one ofthe major sources of big data. Traditional logistics system only provides location informationthrough order number, facing the challenge of intelligent logistics, it cannot realize trackinglogistics goods with position and state (temperature, humidity, and etc.) on real time, to meetthe need of users that get specific information of goods. And there is no special storage andprocessing for the logistics bid data. In this paper, the design and implementation of logisticsinformation system based on the Internet of things, which is suitable for large data storage andprocessing, can realize real-time tracking of goods, such as the location and state, providesmore detailed information of the goods to the user. The logistics system based on the Internetof things has five modules: user login, user register, user info modify, order search of historyand order search of not received, and the order search of not received include order infosearch, goods states search, goods location search and car info search. By the B/S framework,the system can realize the user remote login, register, modify personal information, views thepersonal history of orders and tracks the specific location of logistics goods, footprint,condition (temperature, humidity) and other functions. This system uses the C#language andVisio Studio2012compiler to code the system, adopts the SQL SERVER database as datastorage for large data storage.