Evolution feature oriented model driven product line engineering approach for synergistic and dynamic service evolution in clouds: A04BPEL3.0 proposal.
Wang, Zhe; Chalmers, Kevin; Liu, Xiaodong
Prof Xiaodong Liu X.Liu@napier.ac.uk
Model Driven based approach for Service Evolution in Clouds will mainly focus on the reusable evolution patterns' advantage to solve evolution problems. During the process, evolution pattern will be driven by MDA models to pattern aspects. Weaving the aspects into service based
process by using Aspect-Oriented extended BPEL engine at runtime will be the dynamic feature of the evolution.
Wang, Z., Chalmers, K., & Liu, X. (2013). Evolution feature oriented model driven product line engineering approach for synergistic and dynamic service evolution in clouds: A04BPEL3.0 proposal.
|Conference Name||International Conference on Information Society (i-Society 2013). University of Toronto, Canada.|
|Start Date||Jun 24, 2013|
|End Date||Jun 26, 2013|
|Acceptance Date||Sep 9, 1999|
|Deposit Date||Jun 1, 2016|
|Peer Reviewed||Peer Reviewed|
|Keywords||A04BPEL2.0; MDA; evolution; pattern; dynamic evolution; A04BPEL3.0;|
You might also like
PCA-ANFIS based prediction for water Injection effectiveness cycle in oil fields.
Evolution pattern for service evolution in clouds.
Oil well placement optimization using niche particle swarm optimization.