SaaS软件服务基于大规模定制的数据层架构研究

doi:10.3969/j.issn.1000-0801.2012.04.010

Abstract

Abstract:

Mass customization is the key to the successful implementation of SaaS software service. In this paper, in order to meet diverse requirements of different customers and customers' variable requirements for SaaS data, a data architecture for SaaS software service based on mass customization is proposed, analyzing and comparing three models of the SaaS architecture. The model of dynamic data extension is proposed based on shared data model to meet the personal requirements of the tenants. Finally an example demonstrates the feasibility of the extension model.

Key words: SaaS, mass customization, multi-tenant, configuration, extension

Xiaoli Luo,Qinglie Wu,Hongmei Ren. Research of Data Architecture for SaaS Software Service Based on Mass Customization[J]. Telecommunications Science, 2012, 28(4): 50-57.

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References 13

1	Chong F , Carraro G . Architecture strategies for catching the long tail. Microsoft Corporation, 2006
2	Chong F , Carraro G , Wolter R . Multi-tenant data architecture.
3	Ralph Mietzner , Andreas Metzger , Frank Leymann , et al. Variability modeling to support customization and deployment of multi-tenant-aware software as a service applications. Proceeding of the 2009 ICSE Workshop on Principles of Engineering Service Oriented Systems, 2009
4	Aulbach S , Grust T , Jacobs D , et al. Multi-tenant database for software as a service: schema-mapping techniques.SIGMOD, 2008（7）: 9～12
5	Chong F , Carraro G , Wolter R . Multi-tenant data architecture. , 2006
6	Gao Bo , Guo Changjie , Wang Zhihu , et al. Devlop and deplop multi-tenant web-delivered solutions using IBM middlleware: part 3: resource sharing, isolation and customization in the single instance multi-tenant application. , 2009
7	唐君．基于SaaS的中小企业管理软件实现．复旦大学硕士学位论文， 2008
8	邓伟华． SaaS 应用的数据模型研究与设计．电脑编程技巧与维护， 2009（8）
9	Chong F , Carraro G ．抓住市场的长尾．北京：中信出版社， 2006
10	Lin Huiping , Li Weiping , Wu Si . A service in education:SOA-based credit bank system, computer systems and applications. Computer Systems＆Applications, 2009,18（6）:1～5
11	陆洪潮． SaaS模式的ERP系统的研究．武汉理工大学硕士学位论文， 2009
12	杜佳，温浩宇，杨朝君． SaaS 数据扩展模型研究．情报杂志， 2010（29）:188～191
13	Rohit Khare , Adem Pifkin . Special Feature:XML-a door to automated Web application. IEEE Internet Computing, 1997,4（1）: 78～80

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架构类型	共享级别	隔离级别	维护级别	成本	数据扩展便利程度
独立数据库	低	高	高	高	简单
共享数据库、独立Schema	中	中	中	中	中
共享数据库、共享Schema	高	低	低	低	复杂

tenancy ID	Preset-param1	Preset-param2	···	XML Schema ID

SchoolID	SchoolName	StudentID	StudentName	Course	Grade	XmlInfo
001	南京大学	100	张三	英语	87	201.xml
002	东南大学	101	李四	数学	102	202.xml
003	南开大学	102	王五	语文	104	203.xml

Name	Value
考试地点	五教301
成绩降幅	0.2

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Research of Data Architecture for SaaS Software Service Based on Mass Customization

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