Title
JTang Synergy: A Service Oriented Architecture for Enterprise Application Integration
Abstract
Over the last decade, the architectures and technologies used for enterprise application integration have been improved, and many companies have proposed varied solutions for integration. But these traditional approaches have some disadvantages such as high cost, poor flexibility and vendor lock-in. And now, the service oriented architecture, advanced in loose-couple, low cost and high integration ability, is thought to be the most advisable approach for business integration. In this paper, we introduce an SOA based enterprise application integration platform named JTang Synergy. JTang Synergy is composed of a basic integration platform, a supported platform, administration tools and development tools. As the core of JTang Synergy, the basic integration platform is implemented according to Java Business Integration which makes JTang Synergy more flexible and vendor-neutral. And we employed an event-based enterprise service bus to realize integration. The supported framework and the tools ease JTang Synergy to develop and integrate services. And a scenario is introduced to illustrate the integration process using JTang Synergy.
Year
DOI
Venue
2007
10.1109/CSCWD.2007.4281487
CSCWD
Keywords
Field
DocType
event driven,binding component,enterprise service bus,adapter,service oriented architecture,event-based enterprise service bus,jtang synergy,software architecture,binding component and adapter,service engine,business data processing,java,enterprise application integration,java business integration,integrated services,xml,engines,application software,web services,business,computer architecture
Enterprise application integration,Software engineering,Computer science,Enterprise service bus,Software architecture,Enterprise integration,Integration platform,Java Business Integration,Service-oriented architecture,System integration
Conference
ISBN
Citations 
PageRank 
1-4244-0963-2
5
0.60
References 
Authors
6
5
Name
Order
Citations
PageRank
Han-Wei Chen1939.68
Jianwei Yin280589.86
Lu Jin350.60
Ying Li442245.61
Jinxiang Dong531165.36