网络环境下雷电探测数据传输接口系统设计与开发研究

发布时间：2018-01-12 23:16

本文关键词：网络环境下雷电探测数据传输接口系统设计与开发研究　出处：《华中科技大学》2012年硕士论文　论文类型：学位论文

【摘要】：随着科学技术的飞速发展，人们对电力、通信、微电子设备的依赖越来越强烈，雷电这一经常对上述设备造成危害的自然现象越来越受到社会各界的关注。雷电由于其破坏力强、发生时间短、难以预测与预报的特点，使得对其造成灾害的防护变得尤为困难，，国际电工委员会也将雷电称为“电子化时代的一大公害”。目前，我国相关部门对雷电灾害的防护工作十分重视，有关雷电灾害的监测和预警研究也已经陆续展开。网络数据传输一直是计算机及网络研究领域的热门课题，目前已形成一套十分成熟的理论体系。然而将网络数据传输与雷电防灾这样的专业研究领域结合，根据雷电探测数据的特点对网络传输技术进行改进，从而适应雷电探测数据传输的特殊需求，目前这样的研究理论还比较少。本文将雷电灾害信息监测和管理服务中的数据交互同网络数据传输技术有机的结合在一起，根据雷电探测数据传输的特点，打破了以往雷电监测和管理中通常进行人工手动数据交互的禁锢，设计并开发了一套为雷电探测数据传输量身定做的、手动传输与自动传输相结合的数据传输和数据库接口系统。另外，本文还根据系统需求提出了多种可能的传输方案，并通过比较选取了最优的方案进行了深入的改进，从而达到了实现海量雷电探测数据实时传输和处理所要求的传输效率和稳定性标准。最后选取海南文昌航天发射中心作为试验区，对本系统的各个功能模块进行了实际应用。然而由于研究时间和能力有限，本文的研究难以避免的存在着一些不足。如何改进这些不足，让本系统更好的为雷电信息管理与服务系统服务也将成为下一步研究的重点。
[Abstract]:With the rapid development of science and technology, people rely more and more on electric power, communication, microelectronic equipment. Lightning, a natural phenomenon that often harms the above-mentioned equipments, has attracted more and more attention from all walks of life. Because of its strong destructive power and short occurrence time, it is difficult to predict and forecast the lightning. It is very difficult to protect against the disaster, and the International Electrotechnical Commission also calls the lightning "a great public hazard in the electronic age". At present, the relevant departments in our country attach great importance to the protection of the lightning disaster. Monitoring and early warning of lightning disasters have also been carried out one after another. Network data transmission has been a hot topic in the field of computer and network research. At present, it has formed a very mature theoretical system. However, the network data transmission is combined with such professional research fields as lightning and lightning prevention. According to the characteristics of lightning detection data, the network transmission technology is improved to meet the special needs of lightning detection data transmission. In this paper, the data exchange in the information monitoring and management service of lightning disaster is combined with the network data transmission technology, according to the characteristics of lightning detection data transmission. It breaks the restraint of manual data interaction in lightning monitoring and management, and designs and develops a set of customized data transmission for lightning detection. Data transmission and database interface system combined with manual transmission and automatic transmission. In addition, this paper also puts forward a variety of possible transmission schemes according to the system requirements. And through the comparison of the selection of the optimal scheme for in-depth improvement. In order to achieve the real-time transmission and processing of massive lightning detection data transmission efficiency and stability standards are achieved. Finally, the Hainan Wenchang Space launch Center is selected as the test area. The function modules of this system are applied in practice. However, due to the limited research time and capacity, the study of this paper is inevitable and there are some shortcomings. How to improve these deficiencies. Making the system better for the lightning information management and service system will also become the focus of the next research.
【学位授予单位】：华中科技大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：P427.32;TP334.7

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