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基于MCES的网络编程接口研究 被引量:1

The Study of General Network API of MCES
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摘要 本文对目前网络编程接口的局限性进行了分析,发现其已经难以适应网络应用的需求和网络技术的最新发展。微通信元系统构架(MCES)是一种易于从 TCP/IP 过渡的服务元网络体系结构的构架,为了应用微通信元系统构架提供的高级网络服务,根据当前网络编程接口方面的研究情况,提出了新的网络 API:GSOcket。GSocket 采用合理的设计,完全兼容传统的网络编程方法和接口函数,能自动适应不同的网络系统,支持 QoS 等多种高级网络服务功能,还具有良好的可扩展性。 This paper analyzes the limitation of current network API, and shows that these APIs has not suited for the request of network application and development of network technology. Micro Communication-Element System(MCES) can be used to migrate from the TCP/IP protocol stack to the Service Unit based Network Architecture(SUNA), In order to apply advanced services of MCES, according to the research of current network program interface, this paper put forward a new network API: GSocket. GSocket adopts reasonable design, has complete compatibility with conventional network program mode and interface function, and fits automatically different network system, supports lots of advanced network service function such as QoS, possesses nice exDansibilitv also.
出处 《计算机科学》 CSCD 北大核心 2006年第3期58-61,共4页 Computer Science
基金 国家自然科学基金 编号:69871005
关键词 网络编程 套接字 QOS支持 终端体系结构 Network program, Socket, Qos support, End system archtecture
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参考文献11

  • 1Rosen E,Viswanathan A,Callon R.Multi- protocol Label Switching Architecture.RFC3031 ,Jan.2001.
  • 2Braden R,Zhang L,Estrin D,et al.Resource ReServation Protocol (RSVP)Version 1 Functional Specification.RFC2205,September 1997.
  • 3Schulzrinne H,Casner S,Frederick R,et al.RTP:a Trans- port Protocol for Real-Time Applications.RFC 1889,1989.
  • 4De Prycker M.Asynchronous Transfer Mode:Solution for Broadband ISDN,3rd.Prentice-Hall,Englewood Cli.s,NJ,1995.
  • 5Braden B,Faber T ,Handley M.From Protocol Stack to Protocol Heap-Role-Based Architecture.First Workshop on Hot Topics in Networking,Oct.2002.
  • 6曾家智,徐洁,吴跃,李毅超,胥能.服务元网络体系结构和微通信元系统构架[J].电子学报,2004,32(5):745-749. 被引量:23
  • 7Bocking S.Sockets + +:a uniform application programming interface for basic level communication services.Communications Magazine,IEEE,1996,34(12):114~123.
  • 8Bocking S.TIP' s Performance Quality of Service.IEEE Commun.Mag.1993,33(8).
  • 9Florissi P G S,Yemini Y,Florissi D.QoSockets:a new extension to the sockets API for end-to-end application QoS management.Computer Networks 2001,35(1):57~76.
  • 10Hasan Abbasi,et al.A Quality-of-Service Enhanced Socket APIin GNU/Linux.http://www.linuxdevices.com/articles/AT8639420091.html.

二级参考文献15

  • 1金诚 杜勇 曾家智.基于对象的动态协议配置[J].计算机应用,2001,21(6).
  • 2R Engel,D Kandlur,A Mehra,D Saha.Exploring the performance impact of QoS support in TCP/IP protocol stacks[A].Proceedings of IEEE INFOCOM98[C].Francisco,USA:IEEE INFOCOM'98,1998.3.883-892.
  • 3Stefan Boecking,et al.A run-time system for multimedia protocols[A].Proc.of Fourth International Conference on Computer Communications and Networks(ICCCN'1995)[C].Las Vegas,USA:ICCCN'95,1995.9.178-185.
  • 4Siemens AG.Performance and software evaluation of the modular TIP communication system[A].Proc.of 5th International Conference on Computer Communications and Networks[C].USA,1996.10.
  • 5S Burkhard.Configuration of Protocols in TIP[R].University of Cambridge Computer Laboratory's Technical Report,1995,6.368-373.
  • 6B Braden,T Faber,M Handley.From Protocol Stack to Protocol Heap - Role-Based Architecture[R].First Workshop on Hot Topics in Networking,2002,10.
  • 7D Clark,D Tennenhouse.Architectural considerations for a new generation of protocols[A].Proceedings of Sigcomm-90[C].New York,NY,USA:ACM Press,1990.200-208.
  • 8D Tennenhouse,D Wetherall.Towards an active network architecture[J].Computer Communication Review,1996,26(2):79-83.
  • 9A Lazar.Programming telecommunication networks[A].Proc.of 5th International Workshop on Quality of Service 1997[C].USA,1997.3-24.
  • 10V Paxson,M Allman,S Dawson,et al.RFC2525,Known TCP Implementation Problems[S].1999-03.

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