机器嗅觉应用基于组态王的环境监控系统设计
本文首先分析了机器嗅觉算法的设计要求和实现方法，论述了设计的原则，并进行了系统的仿真和调试。在本文中设计重点和难点在于画面的设计和画面的控制，还有机器嗅觉算法，我通过在网上查阅大量的参考资料才解决了这个问题，对于系统的命令语言和变量定义没有特别强烈的要求。设计和画面的控制。在一次次的调整后画面可以实现转换。最后的开发仿真测试结果表明：该程序设计满足本课题的设计要求，操作方法十分简单易懂，可以让无计算机知识基础的人都能使用。
毕业论文关键词：组态王；环境监控系统；仿真系统；人机界面；机器嗅觉算法
Machine olfaction application -- Based on Kingview monitoring system
Abstract: in this paper the application of environmental monitoring system as the experimental teaching experiment to design man-machine interface based on kingview. The design of the simulation system of environmental monitoring, so that customers can through the simple instructions on the screen to make a simple operation to complete the ambient air of the real-time data acquisition and the toxic gas alarm and detection function, do a simple human-computer interaction function.
This paper first analyzes the design of man-machine interface design requirement of the simulation system and the realization method, elaborated the man-machine interface design principles, and has carried on the simulation and debugging of the system. The design key point and the difficulty in this paper lies in the design and control of a picture, as well as machine olfaction algorithm, I through access to a large number of reference on the Internet to solve the problem, not a particularly strong demand for the command language and variable definition system. Design and control of picture. In a time of adjustment can be achieved after the image conversion. The results of simulation and test show that the design can meet the requirement of the design of man-machine interface, the use of simple and easy to understand and meet the needs of users.
Keywords: Kingview; environmental monitoring system; simulation system; man-machine interface; machine olfaction algorithm。
目录
摘要 i
Abstract i
目录 iii
1 绪论 1
1.1 课题的背景及研究意义 1
1.1.1 课题的背景 1
1.1.2 课题的研究意义 2
1.2 工控组态软件的应用领域 2
1.3 论文的工作内容 2
1.4 论文内容的组织 3
2 相关技术的介绍和分析 4
2.1 组态软件的概述 4
2.1.1 组态软件的概念 4
2.1.2 工控组态软件的组要功能 4
2.1.3 组态软件的特点 5
2.1.4 国内外工控组态软件介绍 5
2.2 仿真系统的概念及分类 6
2.2.1 仿真的概念 6
2.2.2 系统仿真的分类 7
2.3 机器嗅觉 7