DONG Jing, WANG Jun-jun, CHEN Tian-en. Mushroom abnormal environmental early warning system based on forward fuzzy reasoning[J]. 2016, 35(9): 85-88. DOI: 10.13873/J.1000-9787(2016)09-0085-04.
前向模糊推理的菇房异常环境预警系统
摘要
为了提高食用菌菇房环境监测水平
降低菇房异常环境发生造成的食用菌生产损失
抛弃了常用的阈值方法判断菇房异常环境
提出一种基于前向模糊推理的菇房异常环境推理方法
该方法首先通过物联网技术对菇房环境进行实时数据采集
通过数据预处理方法去除原始感知数据中的异常值
采用加权平均法的数据融合技术融合同一菇房内多传感器数据
通过前向模糊推理方法对菇房异常环境进行推理。最终设计和实现了菇房异常环境预警系统
该系统采用B/S的系统架构
可方便用户随时随地查看菇房环境情况
接收异常环境预警信息。系统在经过一段时间的测试运行后
证明系统采用前向模糊推理方法可准确推断出菇房异常环境的发生
同时有效减少误发预警信息次数。
Abstract
In order to improve level of edible mushroom room environment monitoring
reduce edible fungus production loss caused by mushroom house abnormal circumstances
abandon commonly used threshold method to judge mushroom house abnormal environment
put forward a kind of mushroom room abnormal environmental reasoning method based on forward fuzzy reasoning
through the Internet of things(Io T) technology
mushroom house environment real-time data acquisition is carried out
and through data preprocessing method
remove the outliers in original sensing data
data fusion technology of weighted average method is used to fuse multisensor data inside the same mushroom room
through forward fuzzy reasoning method
reasoning of mushroom abnormal environment is carried out.Design and implement mushroom house abnormal environmental early warning system
the system adopts B / S system architecture
which is convenient for users to view mushroom room environment anywhere
receive abnormal environment early warning information.After test operation for a period of time
it is proved that the system uses forward fuzzy reasoning method can accurately infer occurrence of abnormal environment of mushroom house
at the same time effectively reduce false alert information.