火电厂视频监控系统的设计与研究

发布时间：2018-06-27 10:16

本文选题：视频监控 + 网络　；参考：《广西大学》2017年硕士论文

【摘要】：当前国内视频监控系统的发展状况和高科技技术日新月异的变化,都在要求着电厂视频监控系统的设计与研究要提高到一个新的高度。新时代呼唤新技术,电厂视频监控系统的设计必将迎来一次全新的变革,视频监控系统不仅能够完成日常监控的功能,保障生产生活的安全,而且随着人工智能技术的应用,视频监控系统可以实现智能化,具有人脸识别、目标侵入、火灾检测、流量统计、越界侦测、语音识别与语音合成等新功能。当有异常情况发生时,可以对目标进行定位和锁定,实现智能报警、自动控制等。本人不仅学习了国内外的视频监控系统的设计方法,而且认真学习了当前先进的视频监控系统的新理论和新技术,联系当前电厂视频监控系统的设计相对来说较为落后,从而有必要对电厂视频监控系统进行设计。在互联网+和人工智能时代的大背景下,该文的撰写会紧跟时代技术的潮流,使得电厂在运行和管理上更安全、更可靠、更稳定、更智能。本文首先分析了国内外视频监控系统的发展现状和研究视频监控系统的意义和目的。其次,在分析电厂视频监控系统需求的基础上,提出了一种电厂视频监控的总体设计方案,包括前端设计和主控中心设计。再次,详细阐述了实现所提视频监控系统设计方案的各项技术方法,例如:语音识别与语音合成、物联网、硬盘录像机DVR、视频编码器(DVS)、网络摄像机(IPC)、高清监控(HD)、视频分析(VCA)等。最后,先是详细介绍了视频监控系统的实现功能,然后就是利用VS2010搭载OpenCV2.4.9软件作为对视频图像仿真的平台,编写相应的代码程序,调用里面的算法函数对其中一个异常情况,具体就是对火灾视频图像进行仿真,通过对仿真结果的分析重点论证了基于OpenCV在图像处理上的的可靠性和准确性,也同时验证了所提设计方案的合理性和可行性。
[Abstract]:At present, the development of video surveillance system in China and the change of high technology and technology are demanding that the design and research of the video monitoring system of the power plant should be raised to a new height. The new era calls for new technology. The design of the video monitoring system of the power plant is bound to usher in a new change, and the video monitoring system can not only be finished. The function of daily monitoring ensures the safety of production and life, and with the application of artificial intelligence technology, the video monitoring system can be intelligentized. It has new functions such as face recognition, target invasion, fire detection, traffic statistics, cross boundary detection, speech recognition and speech synthesis. When abnormal conditions occur, the target can be located. I not only learned the design method of the video surveillance system at home and abroad, but also studied the new theory and new technology of the current advanced video monitoring system, and connected with the design of the current video monitoring system of the power plant relatively backward, so it is necessary to monitor the video monitoring system in power plant. The system is designed. Under the background of the era of Internet + and artificial intelligence, the writing of this article will follow the trend of the times and make the power plant safer, more reliable, more reliable, more stable and more intelligent. This paper first analyzes the development of video monitoring system at home and abroad and the significance and purpose of the research of video monitoring system. Secondly, on the basis of analyzing the demand of power plant video monitoring system, a general design scheme of video monitoring in power plant is proposed, including front end design and main control center design. Again, various technical methods to realize the design of video monitoring system are described in detail, such as speech recognition and speech synthesis, Internet of things, hard disk video. Machine DVR, video encoder (DVS), network camera (IPC), high definition monitoring (HD), video analysis (VCA) and so on. Finally, the realization function of video monitoring system is introduced in detail. Then, using VS2010 to carry OpenCV2.4.9 software as a platform for video image simulation, write the corresponding code program and call the algorithm function inside it. An abnormal situation is specifically the simulation of fire video images. Through the analysis of the simulation results, the reliability and accuracy of the OpenCV based image processing are demonstrated. At the same time, the rationality and feasibility of the proposed design scheme are verified.
【学位授予单位】：广西大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TN948.6

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