摘要：随着现代农业生产的不断发展，越来越多的农产品从温室大棚中采摘出来

摘要：随着现代农业生产的不断发展，越来越多的农产品从温室大棚中采摘出来。随着温室大棚更加普遍的应用,其所创造出的经济社会价值也日益凸显出来。较为传统的温室，是依靠人工实施温湿度的测量和控制的，这样不仅需要大量的时间和精力，而且工作效率低。而现代的温室大棚，则大多采用智能控制系统，该系统可以自动监测并控制农作物的生长状况，并对农作物的产出有一定的影响作用。近几年，多种类型的传感器和单片机的发展，促使温室智能检测系统不断的发展完善。目前的WiFi(Wireless Fidelity)技术具有覆盖范围广、传输速率高等特点，这使得无线局域网的发展空前的繁荣。本文将根据Wi-Fi 技术，进行一类室内环境监测系统的设计和实施。再依据 Gainspan 平台实现无线通信模块，电源模块，处理器模块和传感器模块的构建，从而获得实时的湿度，温度等数据信息，将服务器和节点连接起来，从而实现数据的无线传输，完成环境信息的收集和处理。该系统的服务器将基于每个节点不同的无线信号强度 RSSI来达到节点的准确定位，并通过 B/S 的架构进行 WEB 实时观测平台的搭建，在通信网络下接收实时的传感数据信息，从而实现监测范围内目标的定位、监测和其他。现代的无线传感器网络（Wireless Sensor Network）可以实现信息采集、传输和处理等，并集中了无线通信技术、传感器技术、分式信息处理技术和嵌入式计算技术等先进的科学技术，是一个智能的综合信息处理系统。无线传感器网络中有众多廉价的微型传感器节点，它们采用无线通信的模式来构成一个网络系统，以达到全面，协调地感知、处理目标对象的数据信息。

摘要：随着现代农业生产的不断发展，越来越多的农产品从温室大棚中采摘出来。 随着温室大棚更加普遍的应用,其所创造出的经济社会价值也日益凸显出来。 较为传统的温室，是依靠人工实施温湿度的测量和控制的，这样不仅需要大量的时间和精力，而且工作效率低。 而现代的温室大棚，则大多采用智能控制系统，该系统可以自动监测并控制农作物的生长状况，并对农作物的产出有一定的影响作用。 近几年，多种类型的传感器和单片机的发展，促使温室智能检测系统不断的发展完善。 目前的WiFi(Wireless Fidelity)技术具有覆盖范围广、传输速率高等特点，这使得无线局域网的发展空前的繁荣。 本文将根据Wi-Fi 技术，进行一类室内环境监测系统的设计和实施。 再依据 Gainspan 平台实现无线通信模块，电源模块，处理器模块和传感器模块的构建，从而获得实时的湿度，温度等数据信息，将服务器和节点连接起来，从而实现数据的无线传输，完成环境信息的收集和处理。 该系统的服务器将基于每个节点不同的无线信号强度 RSSI来达到节点的准确定位，并通过 B/S 的架构进行 WEB 实时观测平台的搭建，在通信网络下接收实时的传感数据信息，从而实现监测范围内目标的定位、监测和其他。 现代的无线传感器网络（Wireless Sensor Network）可以实现信息采集、传输和处理等，并集中了无线通信技术、传感器技术、分式信息处理技术和嵌入式计算技术等先进的科学技术，是一个智能的综合信息处理系统。 无线传感器网络中有众多廉价的微型传感器节点，它们采用无线通信的模式来构成一个网络系统，以达到全面，协调地感知、处理目标对象的数据信息。

Abstract: with the continuous development of modern agricultural production, more and more agricultural products are picked from the greenhouse. With the more common application of greenhouse, the economic and social value created by greenhouse is increasingly prominent. The traditional greenhouse relies on manual measurement and control of temperature and humidity, which not only needs a lot of time and energy, but also has low efficiency. In modern greenhouse, most of them use intelligent control system, which can automatically monitor and control the growth of crops, and has a certain impact on the output of crops. In recent years, the development of various types of sensors and single-chip computers has promoted the continuous development and improvement of greenhouse intelligent detection system. At present, the wireless fidelity technology has the characteristics of wide coverage and high transmission rate, which makes the development of wireless LAN unprecedented prosperity. This paper will design and implement a kind of indoor environment monitoring system based on Wi Fi technology. Then according to gainspan platform, the wireless communication module, power module, processor module and sensor module are constructed to obtain real-time humidity, temperature and other data information, connect the server and the node, so as to realize the wireless transmission of data and complete the collection and processing of environmental information. The server of the system will achieve the accurate positioning of each node based on the different wireless signal strength RSSI of each node, and build the web real-time observation platform through the B / S architecture, and receive the real-time sensor data information under the communication network, so as to achieve the positioning, monitoring and other targets within the monitoring range. Modern wireless sensor network can realize information collection, transmission and processing. It is an intelligent integrated information processing system, which integrates advanced science and technology such as wireless communication technology, sensor technology, fractional information processing technology and embedded computing technology. There are many cheap micro sensor nodes in wireless sensor network. They use wireless communication mode to form a network system, in order to achieve a comprehensive and coordinated perception and processing of the data information of the target object.<BR>