Title
Achieve Agile Enterprise System through Collaboration with BPMS
Abstract
Packaged enterprise systems (ES) have achieved strategic significance in enterprises as their backbone IT systems since late 80s of last century. They provide rich and standard functionality to support business running. However, the concern that packaged enterprise systems are not agile enough has been discussed for decades. This drawback becomes more and more critical because of the more and more fierce competition. Enterprises are embracing business process management technologies and tools as the solutions of pursuing agility. In recent years, collaboration between packaged enterprise systems with business process management suites (BPMS) becomes more and more important to achieve a balance between standardization and agility. Firstly this paper reviews the history of applying business process management principles, technologies and tools into enterprise system implementation. To achieve a lifecycle ES-BPMS collaboration, this paper proposes a three level solution model with some key considerations for applying the solution into practices. At last this paper lists some existing offerings of enterprise system and BPMS collaboration from major packaged enterprise system and BPMS vendors, also introduces our first attempt with IBM BPM and SAP Enterprise systems.
Year
DOI
Venue
2012
10.1109/SRII.2012.61
SRII Global Conference
Keywords
Field
DocType
bpms vendor,business process management principle,business process management technology,enterprise system implementation,enterprise system,business process management suite,packaged enterprise system,backbone it system,bpms collaboration,achieve agile enterprise system,sap enterprise system,collaboration,standardization,best practices,groupware
Enterprise system,Computer science,Enterprise software,Enterprise systems engineering,Enterprise modelling,Enterprise information system,Enterprise planning system,Enterprise integration,Enterprise life cycle,Process management
Conference
Citations 
PageRank 
References 
0
0.34
1
Authors
3
Name
Order
Citations
PageRank
Qinhua Wang1166.45
Changrui Ren28214.85
Feng Chen314211.08