目 录
1 绪 论
1.1 研究背景及意义
1.2 国内外研究现状
2 相关技术
2.1 C语言
2.2 Vue框架
2.3 B/S架构
2.4 MySQL数据库
3 系统分析
3.1 需求分析
3.2 可行性分析
3.2.1 技术可行性
3.2.2 经济可行性
3.2.3 操作可行性
4 系统设计
4.1 系统结构功能设计
4.2 系统流程设计
4.2.1 用户登录
4.2.2 云平台监测
4.3 数据库设计
4.3.1 E-R图设计
4.3.2 数据库表设计
5 系统实现
5.1 设备管理
5.2 设备传感器
5.3 用户登录
5.4 主界面
5.5 云平台获取
5.6 种植园监控
6 系统测试
6.1 测试目的
6.2 测试方法
6.3 用例测试
7 总结与展望
参考文献
致 谢
摘 要
随着农业现代化进程加快，林果种植领域对精细化、智能化管理的需求日益凸显。传统桃树种植环境监测依赖人工巡检，存在数据采集不及时、监测维度单一、设备管控效率低等问题，难以精准匹配桃树不同生长阶段对温湿度、光照、土壤墒情等环境条件的需求，制约了桃树种植的产量与品质提升。在此背景下，研发一套适配桃树种植场景的环境检测系统，成为推动桃树种植产业数字化转型的关键需求。本系统以C语言为核心开发语言，采用模块化设计思路构建用户端与管理员端双端架构。用户端实现登录验证、云平台数据获取、采集数据查看、设备远程开启、监控连接与切换等功能，支持种植人员实时获取桃树生长环境数据并管控监测设备；管理员端涵盖设备管理、传感器管理、参数下发、模拟实验及应用管理功能，可完成监测设备全生命周期管控、传感器参数精准配置，以及不同环境参数下桃树生长状态的模拟分析。系统依托C语言高效的底层数据处理能力与结构化编程优势，保障了数据采集、传输与设备管控的稳定性和实时性。该系统的开发与应用，有效解决了传统桃树种植环境监测的痛点问题，实现了种植环境数据的自动化采集、设备的远程管控及种植方案的模拟优化，为桃树精细化种植提供了数据支撑与技术保障。同时，本系统的实现方案也为C语言在农业物联网领域的应用提供了实践参考，对推动林果种植行业的智能化、数字化发展具有积极的现实意义。
关键词：C语言；桃树种植监测；设备管理
Abstract
With the acceleration of agricultural modernization, the demand for refined and intelligent management in the field of forest and fruit planting is increasingly prominent. The traditional monitoring of peach planting environment relies on manual inspection. There are problems such as untimely data collection, single monitoring dimension, and low efficiency of equipment management and control. It is difficult to accurately match the demand of different growth stages of peach trees for temperature, humidity, light, soil moisture and other environmental conditions, which restricts the improvement of yield and quality of peach planting. In this context, the development of an environmental detection system suitable for peach planting scenes has become a key demand to promote the digital transformation of peach planting industry. The system uses C language as the core development language, and adopts modular design ideas to build a dual end architecture of user end and administrator end. The user end implements login verification, cloud platform data acquisition, data collection view, remote equipment opening, monitoring connection and switching, and supports planting personnel to obtain real-time data of peach tree growth environment and control monitoring equipment; The administrator terminal covers equipment management, sensor management, parameter distribution, simulation experiment and application management functions, which can complete the full life cycle control of monitoring equipment, accurate configuration of sensor parameters, and simulation analysis of peach tree growth under different environmental parameters. The system relies on C language's efficient underlying data processing capability and structural programming advantages to ensure the stability and real-time of data acquisition, transmission and equipment management and control. The development and application of the system effectively solved the pain point problem of traditional peach planting environment monitoring, realized the automatic collection of planting environment data, remote control of equipment, and simulation and optimization of planting plans, and provided data support and technical support for fine planting of peach trees. At the same time, the implementation scheme of this system also provides practical reference for the application of C language in the field of agricultural Internet of Things, and has positive practical significance for promoting the intelligent and digital development of the forest and fruit planting industry.
Key words: C language; Peach planting monitoring; device management
