羊场湾煤矿安全生产多业务监测系统平台的设计与实现
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摘要
煤炭是我国最为重要的能源资源，煤炭生产的安全事关重大。随着国家对煤炭企业安全生产的逐渐重视和信息化建设的投资不断提高。煤炭系统的自动化监控技术得到了很好的发展。
羊场湾煤矿安全生产多业务监测系统平台的建设是宁煤集团企业信息化一期工程的第二步，配合井下自动化监控系统，将多业务集成至统一的IP平台上，随时可以监测井下安全生产的情况，也是羊场湾煤矿数字化矿山的一期工程。
本文首先从总体框架上设计羊场湾煤矿安全生产多业务监测系统平台，提出了C/S与B/S结合的设计思路，然后通过分析羊场湾煤矿网络基础建设和井下自动化监控系统现状后，提出了局—矿两级的多业务监测系统平台设计方案，并做了合理性论证，设计并实现了“羊场湾煤矿安全生产远程监测系统”软件。本文重点讲述了软件实现中作者所做的具体工作：(1)数据库的设计和C/S客户端的实现；(2)提出了B/S端实现Web浏览的理论依据以及难点技术解决方案。在对实现过程的描述中，作者介绍了系统所用到的核心技术(DDE数据交换法，Socket远程通信技术，多线程实现报警功能)；并对系统的安全访问做了分析，制定了安全策略。最后作者对羊场湾煤矿安全生产多业务监测系统平台设计与实现中所做的工作进行了总结，并通过分析远程监测技术的发展趋势，对该系统的进一步完善提出要求，进行展望。
The coal is our country most important energy resources, The coal production security is more important. While the country takes more intention to the coal enterprise in safety production and enhances unceasingly to the becoming an information based society construction investment.The coal system's automated monitoring technology obtained the very good development.
The construction of Yang Chang Wan coal mine safety in production multi- services monitor system platform is the second step in the first issue of project of Ningmei group's Information construction, coordinate the mine shaft automation supervisory system, take Multi- services integration to unified IP platform, You may monitor the situation of the mine shaft safety in production any time.This system also is the first step of Yang Chang Wan coal mine's Digitized mine project.
The paper first designed Yang Chang Wan coal mine safety in production multi- services monitor system platform from the overall frame, it advanced a design mentality that union C/S and B/S, Then it proposed a double-level multi- services monitor system blue print through analyzing Yang Chang Wan coal mine's net construction and the mine shaft automation supervisory system, and besides, I demonstrated the rationality. The whole Narrated the idiographic work with emphasis which in the software realization the author did: (1) Database design and C/S client side realization;(2) Proposed the theory basis as well as the difficult technology solution that realizing the Web browsing by B/S. Through to realized the process description, the author introduced core technology (DDE, Socket, multithreading),and introduced security measure to which used in the realization process. Finally the author sumed up the paper, and analyzed the develop direction about long-distance monitor system, brought requirement for the system's perfect.
羊场湾煤矿安全生产多业务监测系统平台的建设是宁煤集团企业信息化一期工程的第二步，配合井下自动化监控系统，将多业务集成至统一的IP平台上，随时可以监测井下安全生产的情况，也是羊场湾煤矿数字化矿山的一期工程。
本文首先从总体框架上设计羊场湾煤矿安全生产多业务监测系统平台，提出了C/S与B/S结合的设计思路，然后通过分析羊场湾煤矿网络基础建设和井下自动化监控系统现状后，提出了局—矿两级的多业务监测系统平台设计方案，并做了合理性论证，设计并实现了“羊场湾煤矿安全生产远程监测系统”软件。本文重点讲述了软件实现中作者所做的具体工作：(1)数据库的设计和C/S客户端的实现；(2)提出了B/S端实现Web浏览的理论依据以及难点技术解决方案。在对实现过程的描述中，作者介绍了系统所用到的核心技术(DDE数据交换法，Socket远程通信技术，多线程实现报警功能)；并对系统的安全访问做了分析，制定了安全策略。最后作者对羊场湾煤矿安全生产多业务监测系统平台设计与实现中所做的工作进行了总结，并通过分析远程监测技术的发展趋势，对该系统的进一步完善提出要求，进行展望。
The coal is our country most important energy resources, The coal production security is more important. While the country takes more intention to the coal enterprise in safety production and enhances unceasingly to the becoming an information based society construction investment.The coal system's automated monitoring technology obtained the very good development.
The construction of Yang Chang Wan coal mine safety in production multi- services monitor system platform is the second step in the first issue of project of Ningmei group's Information construction, coordinate the mine shaft automation supervisory system, take Multi- services integration to unified IP platform, You may monitor the situation of the mine shaft safety in production any time.This system also is the first step of Yang Chang Wan coal mine's Digitized mine project.
The paper first designed Yang Chang Wan coal mine safety in production multi- services monitor system platform from the overall frame, it advanced a design mentality that union C/S and B/S, Then it proposed a double-level multi- services monitor system blue print through analyzing Yang Chang Wan coal mine's net construction and the mine shaft automation supervisory system, and besides, I demonstrated the rationality. The whole Narrated the idiographic work with emphasis which in the software realization the author did: (1) Database design and C/S client side realization;(2) Proposed the theory basis as well as the difficult technology solution that realizing the Web browsing by B/S. Through to realized the process description, the author introduced core technology (DDE, Socket, multithreading),and introduced security measure to which used in the realization process. Finally the author sumed up the paper, and analyzed the develop direction about long-distance monitor system, brought requirement for the system's perfect.
引文
[1] 刘轰．基于Internet的远程监控系统及研究：[学位论文]．南京：河海大学，2003
[2] 朱孔祥，基于C／S与B／S混合结构的宽带资源信息管理系统设计与实现：[学位论文]．山东：山东科技大学，2004
[3] 范云芝，基于Web的远程监测系统研究：[学位论文]．西安：西安理工大学，2004
[4] 赵强，乔新亮．J2EE应用开发(WebLogic+Jbuilder)．北京：电子工业出版社，2004．7
[5] 陶宏才．数据库原理及设计．北京：清华大学出版社，2004．2
[6] 陈志泊，李冬梅，王春玲．数据库原理及应用教程．北京：人民邮电出版社，2002．3
[7] 赵兰涛，苏彦华．Delphi串口通信技与工程实践．北京：人民邮电出版社，2004．6
[8] 操宜新，薛江波．Enterprise JavaBeans 2.0．北京：机械工业出版社，2003．11
[9] 操宜新，薛江波．Enterprise JavaBeans 2.0程序设计．北京：机械工业出版社，2003．1
[10] ED Roman(美)．精通EJB．北京：电子工业出版社，2002．1
[11] 周凌柯，潘永清．DDE在自动控制领域的应用．南京化工大学学报，2003，23(5)：97-99
[12] 刘骏，，颜钢锋．基于Socket的网络编程技术及其实现．江南大学学报，2004，3(3)L：250-251
[13] 刘彬，张仁津，林欣，尹兰．基于Web的实时控制系统的研究与实现．信息技术，2005，12：23-25
[14] 刘继华，李腊元．一种基于JDBC的数据库连接池技术的设计与实现．计算机工程与实现，2003．7．183—185
[15] 庞文尧，丁金婷．基于Winsock的网络实时控制程序开发．小型微型计算机系统，2005，25(1)：45-47
[16] 罗江琴．网络环境下多进程实时通信技术研究，长春工程学院学报，2003，4(2)：70-72
[17] 刘春玉，鲍慧，郭晓玉．基于Web的远程监控系统的实现研究．电力系统通信，2005，158：4-56
[18] Katharine Whitehead(英)．基于组件开发．北京：人民邮电出版社，2003．9
[19] 田口美帆(日)．互联网技术．北京：科学出版社，2004．9
[20] Justin Couch等．Java 2 Enterprise Edition Bible．北京：电子工业出版社，2002．10
[21] Tamara Dean(美)．远程通信技术．北京：清华大学出版社．2004．1 228-254
[22] William Stallings(美)．数据通信．北京：人民邮电出版社，2005．1
[23] 王建新，杨世凤，史永江，童官军．远程监控技术的发展现状和趋势http://www.all56.com/index.php
[24] Kimura T, Kanda Y. Development of remote monitoring system for a manufacturing Support system for small and medium-sized enterprises. COMPUTERS IN INDUSTRY,2005.5, 3-12
[25] Raji R S. Smart Networks for Control. IEEE Spectrum 1994.7, 10-12
[26] EtoH, Matsuo H, Kurokawa F. Network of plant remote monitoring system usingUDP/IP for wind-farms. IEICE TRANSACTIONS ON COMMUNICATIONS E87B, 2004.12,3757-3464
[27] WuX, ChenJ, Li RQ et al. Internet-based remote monitoring and fault diagnosissystem. ADVANCES IN NEURAL NETWORKS-ISNN 2004. PT 2 LECTURE NOTES IN COMPUTER SCIENCE. 2004. 3,567-573
[28] U.D.Black.'I'CP/IP and Related Protocols[M],McGraw-Hill, 1995
[29] Jiang Dongxiang, Ni Weidou, Zhang Chun, Tao Yan, Wang Minghan. Network systemof remote on-line monitoring and diagnosis for thermal system in power plants. QinghuaDaxueXuebao/Journa.l of Tsinghua University,2000.2.James Mintert,Dan Andresen, Ted Schroeder,Improving efficiency inbusiness-to-business information transfers Web-based solution in the beef sector,International journal of information management, 2003,(23)
[30] Cem Kaner,Jack Falk,Hung Quoc Nguyen.Tesing Computer Software.whey Computer Publishing.1999,124-127
[2] 朱孔祥，基于C／S与B／S混合结构的宽带资源信息管理系统设计与实现：[学位论文]．山东：山东科技大学，2004
[3] 范云芝，基于Web的远程监测系统研究：[学位论文]．西安：西安理工大学，2004
[4] 赵强，乔新亮．J2EE应用开发(WebLogic+Jbuilder)．北京：电子工业出版社，2004．7
[5] 陶宏才．数据库原理及设计．北京：清华大学出版社，2004．2
[6] 陈志泊，李冬梅，王春玲．数据库原理及应用教程．北京：人民邮电出版社，2002．3
[7] 赵兰涛，苏彦华．Delphi串口通信技与工程实践．北京：人民邮电出版社，2004．6
[8] 操宜新，薛江波．Enterprise JavaBeans 2.0．北京：机械工业出版社，2003．11
[9] 操宜新，薛江波．Enterprise JavaBeans 2.0程序设计．北京：机械工业出版社，2003．1
[10] ED Roman(美)．精通EJB．北京：电子工业出版社，2002．1
[11] 周凌柯，潘永清．DDE在自动控制领域的应用．南京化工大学学报，2003，23(5)：97-99
[12] 刘骏，，颜钢锋．基于Socket的网络编程技术及其实现．江南大学学报，2004，3(3)L：250-251
[13] 刘彬，张仁津，林欣，尹兰．基于Web的实时控制系统的研究与实现．信息技术，2005，12：23-25
[14] 刘继华，李腊元．一种基于JDBC的数据库连接池技术的设计与实现．计算机工程与实现，2003．7．183—185
[15] 庞文尧，丁金婷．基于Winsock的网络实时控制程序开发．小型微型计算机系统，2005，25(1)：45-47
[16] 罗江琴．网络环境下多进程实时通信技术研究，长春工程学院学报，2003，4(2)：70-72
[17] 刘春玉，鲍慧，郭晓玉．基于Web的远程监控系统的实现研究．电力系统通信，2005，158：4-56
[18] Katharine Whitehead(英)．基于组件开发．北京：人民邮电出版社，2003．9
[19] 田口美帆(日)．互联网技术．北京：科学出版社，2004．9
[20] Justin Couch等．Java 2 Enterprise Edition Bible．北京：电子工业出版社，2002．10
[21] Tamara Dean(美)．远程通信技术．北京：清华大学出版社．2004．1 228-254
[22] William Stallings(美)．数据通信．北京：人民邮电出版社，2005．1
[23] 王建新，杨世凤，史永江，童官军．远程监控技术的发展现状和趋势http://www.all56.com/index.php
[24] Kimura T, Kanda Y. Development of remote monitoring system for a manufacturing Support system for small and medium-sized enterprises. COMPUTERS IN INDUSTRY,2005.5, 3-12
[25] Raji R S. Smart Networks for Control. IEEE Spectrum 1994.7, 10-12
[26] EtoH, Matsuo H, Kurokawa F. Network of plant remote monitoring system usingUDP/IP for wind-farms. IEICE TRANSACTIONS ON COMMUNICATIONS E87B, 2004.12,3757-3464
[27] WuX, ChenJ, Li RQ et al. Internet-based remote monitoring and fault diagnosissystem. ADVANCES IN NEURAL NETWORKS-ISNN 2004. PT 2 LECTURE NOTES IN COMPUTER SCIENCE. 2004. 3,567-573
[28] U.D.Black.'I'CP/IP and Related Protocols[M],McGraw-Hill, 1995
[29] Jiang Dongxiang, Ni Weidou, Zhang Chun, Tao Yan, Wang Minghan. Network systemof remote on-line monitoring and diagnosis for thermal system in power plants. QinghuaDaxueXuebao/Journa.l of Tsinghua University,2000.2.James Mintert,Dan Andresen, Ted Schroeder,Improving efficiency inbusiness-to-business information transfers Web-based solution in the beef sector,International journal of information management, 2003,(23)
[30] Cem Kaner,Jack Falk,Hung Quoc Nguyen.Tesing Computer Software.whey Computer Publishing.1999,124-127