摘要
移动增值业务在全球的发展速度依然很快,非话音收入占电信总收入的比重越来越大。在移动增值业务的发展上,日本遥遥领先,韩国紧随其后。在中国,虽然短信业务收入开始下降,但无线应用协议(WAP)、交互式语音回应(IVR)等业务收入快速攀升,从而保证了移动增值业务在中国的发展速度。由于中国信息产业部整顿收费混乱的移动增值业务市场,使服务提供商/内容提供商(SP/CP)的暴利时代成为过去,增值业务市场进入精耕细作期。
本设计是针对移动通信网关平台从升级CMPP3.0后,对SP接入移动短信平台的点播业务重新进行程序设计。要求该程序一方面能正确接收移动网关传递过来的用户点播信息包,并正确下发数字信息给手机用户,另一方面能对用户的操作记录到数据库中,并生成日志文件,以便SP与移动通信对帐分成。
同时也详细阐述了DSMP管理平台的规范,分析了DSMP管理数据业务的一个典型流程;最后还实现了管理平台对定购的鉴权。
本设计以GCC的开发环境,使用东软公司提供的API,设计完成了相应业务逻辑流程,用Pro*C/C++实现记录数据库功能并最终实现SP的点播接口。该程序经过白盒测试和黑盒测试,测试结果成功。该程序已经具备了一个SP所要求的功能。
The development of value-added mobile services is big booming world-wide. Non-voice service revenue makes up a higher and higher proportion of the gross income of telecom services. In this field, Japan runs far ahead and Korea is at Japan′s heels. In China, the SMS (Short Message Service) market is declining, but the revenue generated from new services such as WAP (Wireless Application Protocol), IVR (Interactive Voice Response) is going up, which ensures a steady development speed of value-added services in China. The regulation enforced by MII (Ministry of Information Industry), to end the disordered charge with which Service Providers and Content Providers (SP/CP) make extravagant profits, bringing the market into an intensive cultivation era.
This project mainly focuses on the design of application that enables SPs to connect to message service of ChinaMobile, after the gateway of ChinaMobile platform has been shifted from cmpp2.0 to cmpp3.0, so that SPs can perform message service functionality. This application not only receive users' request packages and send the digital information back to the users correctly, but also saves users' operations into the database, then builds a log file for sharing revenues with ChinaMobile.
The paper alse gives introduction to the standards of DSMP,and analysis is given to this Data Service Manage Platform.
The project was developed under the environment of GCC /Cygwin, using APIs offered by Neusoft Inc in order to fulfill the logical process of corresponding business transactions. All the functionalities of the application were tested by using White Box and Black Box tests and produced successful outcomes, which achieved all the requirements needed by an SP.
引文
[1] 秦民, 王天佑, 左峰. CMPP3. 0 规范. 北京: 中国移动通信集团公司研发中心, 2003: 2-36
[2] SMPP Developers Forum. Short Message Peer to Peer Protocol Specification v3. 4 Document Version 1. 2. 3GPPP. 1999: 1-31
[3] 范云峰. 数据业务管理平台接口规范-1. 5. 1(报批稿). 北京: 中国移动通信集团公司研发中心, 2005: 1-56
[4] 秦蓁. 3G 在中国投资机会分析之 TD-SCDMA2005 年下半年投资策略报告. 招商证券, 2006: 1-7
[5] 易观. 中国移动增值服务市场综合分析报告(2004). 易观咨询, 2004: 1-16
[6] 张磊. 后短信时代. 中兴通讯技术, 2005, 63(6): 35-37
[7] LI. SHAN. Status Quo of Global Value-added Mobile Services. ZhongXin Telecom Technology, 2005, 65(7): 17-21
[8] 严华. 3G 业务应用及其支撑技术. 中兴通讯技术, 2003(51): 32-35
[9] 姚乃容, 曾波. 一级 BOSS 枢纽系统接口规范(V1. 4. 5). 北京: 中国移动通信集团公司, 2005: 35-43
[10] 张欣, 洪玲. 基于 OSA/OMA 架构的中兴通讯 3G 业务平台解决方案. 中兴通讯技术(简讯), 2004, 10 (3): 12-17
[11] B. Rudin. BEA WeblogicServerAdministration & Performance. BEA Systems. Inc, 2005: 179-223
[12] T. Berners_Lee. Bea Tuxedo Quick Start. BEA Systems. Inc, 2002: 2-19
[13] BEA Tuxedo Using BEA Jolt with BEA WebLogic Server. BEA Systems. Inc, 2001: 79-88
[14] 3GPP TS 23. 140. Multi Media Message Service (MMS) [S]. W3C Communications. 2002: 9-32
[15] Lawrence. TCP/IP 详解. 北京: 机械工业出版社, 2000: 321-436
[16] 曾波, 王峰. 移动数据业务管理平台(DSMP) SSO 平台 SP 接入解决方案 V1. 2.北京: 中国移动通信集团公司研发中心, 2004: 12-37
[17] 赵振杰. 数据业务管理平台接口规范-LSP 分册-V1. 5. 1(报批稿). 北京: 中国移动通信集团公司研发中心, 2003: 6-53
[18] 傅传平, 冯昆泽. 数据业务管理平台接口规范-MMSC 分册(V1. 0. 5)修订标记版. 北京: 中国移动通信集团公司研发中心, 2005: 3-51
[19] Key A. Robbins. Steven Robbins. pratical unix programming. Prince Public, 1999: 39-97
[20] Oracle8i Administrator’s Guide Release 2 (8. 1. 6) . Oracle Corporation, 1999: 12-316
[21] RFC 2068: Hypertext Transfer Protocol __ HTTP/1. 1. IETF. 1991: 2-77
[22] Martin Gudgin. , Marc Hadley. , Jean_Jacques Moreau. Henrik Frystyk Nielsen. SOAP Version 1. 2 Part 2: Adjuncts.. W3C Working Draft, 2001(10): 3-19
[23] R. Fielding. , J. Gettys. J. C. Mogul. H. Frystyk. T. Berners_Lee. RFC 2616: Hypertext Transfer Protocol __ HTTP/1. 1. IETF RFC 2616, 1997: 2-7
[24] S. Bradner. , Key words for use in RFCs to Indicate Requirement Levels. IETF RFC 2119, 1997: 13-21
[25] Henry S. , Thompson. David Beech. Murray Maloney. Noah Mendelsohn. XML Schema Part 1: Structures. W3C Recommendation, 2001: 2-127
[26] Paul V. , Biron. Ashok Malhotra. XML Schema Part 2: Datatypes. W3C Recommendation, 2001: 1-117
[27] T. Berners_Lee. , R. Fielding. L. Masinter. Uniform Resource Identifiers (URI): Generic Syntax. IETF RFC, 1998: 12-29
[28] Tim Bray. , Dave Hollander. Andrew Layman. Namespaces in XML. W3C Recommendation, 1999: 1-39
[29] Tim Bray. , Jean Paoli. C. , M. Sperberg_McQueen. Eve Maler. Extensible Markup Language (XML) 1. 0 (Second Edition). W3C Recommendation, 2000: 1-51
[30] Steve DeRose. , Eve Maler. , David Orchard. XML Linking Language (XLink) Version 1. 0. 27 W3C Recommendation, 2001: 1-37
[31] John Cowan. , Richard Tobin. XML Information Set. W3C Recommendation. 2001. 1-79
[32] Johnathan Marsh. XML Base. W3C Recommendation, 2001. 9-39
[33] R. Hinden. , B. Carpenter. L. Masinter. Format for Literal IPv6 Addresses in URL's. IETF RFC, 1999: 31-57
[34] Modarressi. A. R. , Mohan. S. Control and Management inNext-Generation Networks: Challenges and Opportunities. Communications Magazine. IEEE, 2000. 38(10): 94 - 102
[35] Vautier. M. , Fromentoux. G. , Hartrisse. , X. Vinel. R. Resources control and QoS implementation in a NGN DSL access network. in: Universal Multiservice Networks. 2002. ECUMN 2002. 2nd European Conference on, 2002: 305 – 314
[36] Cochennec. J. -Y. Activities on next-generation networks under Global Information Infrastructure in ITU-T. Communications Magazine IEEE, 2002, 40(7): 98 – 101
[37] Ghys. F. , Vaaraniemi. A. Component-based charging in a next-generation multimedia network. Communications Magazine IEEE, 2003, 41(1): 99 – 102
[38] Tanaka. S. , Shina. H. , Yamada. T. , Shiraishi. S. High performance platform for multiple OpenAPIs. Telecommunications. 2003. ICT 2003. 10th International Conference on, 2003: 1259 - 1263
[39] Bazin. C. , Ceccaldi. B. , Fouquet. G. Prototype for a service architecture for next generation networks. Intelligent Network Workshop IEEE, 2001, 32(3): 354 -358
[40] Han Ling, Duan Xiaodong, Zeng Zhimin, Ding Wei. Research on the adaptive QoS paradigm of wireless broadband applications in NGN. ICCT, 2003, 2(9): 905 -908
[41] Riley. P. The use of semaphores with feature interactions in next generation networks. Intelligent Network Workshop IEEE, 2001, 32(4): 41 - 49
[42] Marques. V. , Aguiar. R. L. , Garcia. C. , Moreno. J. I. , Beaujean. C. , Melin. E. , Liebsch. M. An IP-based QoS architecture for 4G operator scenarios. Wireless Communications. IEEE Transactions on Communications, 2003, 10(3): 54 - 62
[43] Sisalem. D. , Fiedler. J. , Ruppelt. R. SIP and IPv6: why and how?. Applications and the Internet Workshops. 2003, 11(2): 222 - 225
[44] 古天祥. C 语言程序设计. 成都: 电子科技大学出版社, 2003: 20-93
[45] 鹏爱民. UNIX 高级程序设计(第二版). 北京: 清华大学出版社, 1999: 34-78
[46] 东软. SMIAS 系统 CMPP30 接口使用手册(ANSI C). 大连: 东软集团有限公司中间件技术分公司, 2004: 1-21
[47] HEWLETT-PACHARD. HP-UX 系统和网络管. 北京: 机械工业出版社, 1999: 11-15
[48] 王海亮, 王海凤, 张立民. Oracle9i Pro*C/C++编程指南. 北京: 中国水利水电出版社, 2003: 21-112
[49] Xin. ZhongQin. Wireless Interconnection Gateway WAP2. 0 Oriented Next Generation Network. ZTE Technology, 2005, 65(3): 41-46
