基于“软总线”的ICT融合通信服务器体系结构研究
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摘要
随着信息通信技术的兴起,融合通信服务器得到广泛的关注和应用.本文通过对当前融合通信服务器体系结构的研究和分析,指出了其不足之处.并针对传统通信系统体系结构的不足,提出了一种新的基于软总线的融合通信服务器体系结构,保证了通信系统的易扩展性和易维护性等.其中软总线采用消息队列的实现方式,并根据融合通信服务器的特点,本文设计实现了一种基于redis数据库的消息队列,该消息队列简易、高效.实践证明,本文提出的方案能充分解决当前的不足,实现融合通信系统的平台化,为未来业务扩展提供了支撑.
With the emergence of information and communication technologies,unified communication Server set off a frenzy in the field of communication. Through of research and analysis on the current unified communication servers architecture,the paper pointed out their inadequacies. So for the shortcomings of traditional communications system architecture,this paper designed and implemented a newunified communications server architecture based on soft-bus,which ensures the communication system has high scalability and maintainability. The soft bus was implemented with message queues,and according to the characteristics of unified communication server,this paper designed a message queue based on redis database,which is simple and efficient. Practice has proved that the proposed solution can adequately address the current shortage,and makes the unified communications system to become a platform,providing supports for future services expansion.
With the emergence of information and communication technologies,unified communication Server set off a frenzy in the field of communication. Through of research and analysis on the current unified communication servers architecture,the paper pointed out their inadequacies. So for the shortcomings of traditional communications system architecture,this paper designed and implemented a newunified communications server architecture based on soft-bus,which ensures the communication system has high scalability and maintainability. The soft bus was implemented with message queues,and according to the characteristics of unified communication server,this paper designed a message queue based on redis database,which is simple and efficient. Practice has proved that the proposed solution can adequately address the current shortage,and makes the unified communications system to become a platform,providing supports for future services expansion.
引文
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[5]Sun Zhi-an,Dou Qiang.Software-bus:analyzes and design of architecture[J].Command Control&Simulation,2009,31(2):77-80.
[6]Quazi Mahera,Muhammad Anwarul Azim,Yuuichi Goto,et al.Continuous functioning of soft system bus based centralized persistent computing system[J].International Journal of New Computer Architecture and Their Applictions,2012,2(2):361-380.
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[9]Redis project[EB/OL].http://redis.io/,2014,8.
[10]Asterisk project[EB/OL].http://www.asterisk.org/,2014,7.
[2]徐兆吉,刘晓宇,张政.电信运营商关于企业级融合通信技术创新的策略要素分析[J].电信科学,2014,30(3):120-126.
[3]李经松,陈朝晖.软件总线体系结构的研究与应用[J].空间控制技术与应用,2012,38(4):6-11.
[5]孙志安,窦强.软件总线:体系结构分析与设计[J].指挥控制与仿真,2009,31(2):77-80.
[2]Xu Zhao-ji,Liu Xiao-yu,Zhang Zheng.Ananlysis of telecommunication operators'unified communication technolongy innovation strategies for enterprise services[J].Telecommunications Science,2014,30(3):120-126.
[3]Li Jing-song,Chen Zhao-hui.Research and application of software bus architecture[J].Aerospace Control and Application,2012,38(4):6-11.
[4]Breivold H P,Crnkovic I,Larsson M.A systematic review of softw are architecture evolution research[J].Information and Softw are Technology,2012,54(1):16-40.
[5]Sun Zhi-an,Dou Qiang.Software-bus:analyzes and design of architecture[J].Command Control&Simulation,2009,31(2):77-80.
[6]Quazi Mahera,Muhammad Anwarul Azim,Yuuichi Goto,et al.Continuous functioning of soft system bus based centralized persistent computing system[J].International Journal of New Computer Architecture and Their Applictions,2012,2(2):361-380.
[7]Leif Madsen,Jim Van MEggelen,Russell Bryant.Asterisk:the definitive guide[M].USA:O'Reilly M edia,2013.
[8]Barnes J M,Garlan D,Schmerl B.Evolution styles:foundations and models for softw are architecture evolution[J].Softw are&Systems M odeling,2014,13(2):649-678.
[9]Redis project[EB/OL].http://redis.io/,2014,8.
[10]Asterisk project[EB/OL].http://www.asterisk.org/,2014,7.
[2]徐兆吉,刘晓宇,张政.电信运营商关于企业级融合通信技术创新的策略要素分析[J].电信科学,2014,30(3):120-126.
[3]李经松,陈朝晖.软件总线体系结构的研究与应用[J].空间控制技术与应用,2012,38(4):6-11.
[5]孙志安,窦强.软件总线:体系结构分析与设计[J].指挥控制与仿真,2009,31(2):77-80.