Figure 9。 1: index。html 23

Figure 9。 2: buttons test 23

Figure 9。 3: Arduino IDE setup 24

Figure 9。 4: Arduino IDE serial monitor 24

Figure 9。 5: Telegesis Terminal interface 25

Figure 9。 6: ZigBee data transfer 26

Figure 9。 7: PuTTY setup 27

Figure 9。 8: the Address of the Intel Galileo 27

Figure 9。 9: WinSCP setup 28

Figure 9。 10: Intel Galileo SD card files 28

Figure 9。 11: web server opened on :3000 29

Figure 9。 12: web page received the data 29

Figure 9。 13: “Heater OFF” button test 30

Table 1。1: HTML Tags and Description 6

Table 1。2: HTML Elements 7

Table 7。1: Automatic Control System Triggering Conditions 20

Preface

The growth of vegetables is extremely susceptible to the surrounding environment。 With the improvement of agricultural science and technology, most of the cultivation of vegetables start using greenhouse technology。 Through the greenhouse environment detection and control, to create the most suitable ambient for the production of vegetables, which can greatly improve the greenhouse crop quality and yield。

So it is necessary to build an economical, energy- saving and easy-to-operating greenhouse control system。

And here I wish to acknowledge the guidance provided by Michael Gill regarding the build process of the project and the instruction on how the overall assignment was to be completed。 His advice and guidance were a great help to me which enabled me to complete my build in the most efficient way possible。 His instruction on design and troubleshooting techniques will be a useful skill that will follow me through to industry。

This report is shown to the reader how I build the board and how the system worked。

April 2017

Introduction

The greenhouse protects crops from overheating or undercooling and protects plants from dust and storms or pests。 Because each piece of land can provide different planting conditions, people began to understand the importance of the use of the greenhouse, especially in high latitudes areas。

The greenhouse is a system that integrates much related hardware and software, including crop growth equipment, material handling equipment, environmental control equipment, strategy, information processing hardware and software, management and labour。论文网

Greenhouse environmental adjustment facilities, including ventilation, cooling, insulation, heating, lighting, humidity, carbon dioxide and other regulatory facilities。 In recent years, in the temperate regions, the greenhouse technologies develop rapidly。 The greenhouse room temperature, humidity, carbon dioxide, ventilation and other complex environments can be controlled by the computer operation, which will save energy and labour, and crops will obtain the best fertility conditions to achieve high and stable production purpose。

To collect and monitor greenhouse temperature, Arduino Mega 2560 embedded system and wireless sensor are used to collect data to establish network nodes and complete real-time communication with local servers。 It will greatly reduce labour costs, while improving productivity, the taste and quality of vegetables。