Research On The Application Of Drools In The Internet Of Things Platform

With the development of information technology,the Internet of Things technology has been widely promoted,and the Internet of Things terminal equipment can monitor more environmental monitoring data.However there are a wide variety of equipment,if every kind of monitoring equipment have to establish a set of monitoring management's rules,the system platform will spend a huge price in the reuse of refactoring.Therefore,for the different equipment platform,this report attempts to design a new Internet of Things platform to solve this problem.This report want to design a new Internet of Things platform which using Drools rule engine technology from the business layer in a separate set of processing logic business API interface,and design a set of customized standard which apply to inputing deceive,so that users can set Different monitoring rules according to different equipment needs.It will beneficial to the reuse of Internet of Things platform.At the same time the Internet of Things platform also need to have a suitable equipment subscription system which is benefical to input sensor's data.The main contents of this report are as follows:1.This report introduces the current development situation of the Internet of Things network,and analyzes the shortcomings of the existing Internet of Things platform,then puts forward the demand analysis of the new Internet of Things platform.2.This report makes functional design based on the requirements analysis of the Internet of things platform,and introduces the MQTT transmission protocol and the JAVAEE technology used in building the Internet of things platform.3.This report researchs the Drools rule engine's technology,and writes an interface so that the user can customize the rules file to process the monitoring information.4.According to the demand analysis,we would design five modules,including system management,monitoring information transmission management and early warning management of monitoring equipment.And we have a detailed functional analysis of the module design.5.This report tests the function of the monitoring interface and system's performance.The results show that the new Things of platform meets the design requirements.