%0 Conference Paper %1 paper:guillou:2009 %A Guillou, Xavier Le %A Cordier, Marie-Odile %A Robin, Sophie %A Roze, Laurence %B Proceedings of the 20th International Workshop on Principles of Diagnosis %D 2009 %K diagnosis dx09 monitoring %P 43--50 %T Monitoring WS-CDL-based choreographies of Web Services %X Self-healing software, and especially self-healing web services, is one of the chal- lenging tasks for a next future. This paper is a step in this direction, insofar as it describes a framework for monitoring and diagnosing web services. One of the main diculties is that faults may propagate from one service to another, which makes the diagnosis a crucial issue in order to react properly. We propose to use a chronicle recognition approach, currently in use for monitoring complex industrial systems. The challenge is to extend the existing approach to the specic context of web services, the main point being to deal with highly distributed systems. We focus in this paper on choreographed web services, whose choreography model is described in a WS-CDL le. We use a simplied example of an e-foodshop web service to illustrate our proposal. A monitoring platform, named Matrac, has been developed and experimented in the context of e-commerce. This work has been achieved in the framework of the WS-Diamond European project.

@inproceedings{paper:guillou:2009, abstract = {Self-healing software, and especially self-healing web services, is one of the chal- lenging tasks for a next future. This paper is a step in this direction, insofar as it describes a framework for monitoring and diagnosing web services. One of the main diculties is that faults may propagate from one service to another, which makes the diagnosis a crucial issue in order to react properly. We propose to use a chronicle recognition approach, currently in use for monitoring complex industrial systems. The challenge is to extend the existing approach to the specic context of web services, the main point being to deal with highly distributed systems. We focus in this paper on choreographed web services, whose choreography model is described in a WS-CDL le. We use a simplied example of an e-foodshop web service to illustrate our proposal. A monitoring platform, named Matrac, has been developed and experimented in the context of e-commerce. This work has been achieved in the framework of the WS-Diamond European project.}, added-at = {2009-06-18T15:57:36.000+0200}, author = {Guillou, Xavier Le and Cordier, Marie-Odile and Robin, Sophie and Roze, Laurence}, biburl = {https://www.bibsonomy.org/bibtex/201d7169b6ef10c4b189dae0c0734ce15/mschuber}, booktitle = {Proceedings of the 20th International Workshop on Principles of Diagnosis}, interhash = {6332ed6260d55436e382d2b7452b0aac}, intrahash = {01d7169b6ef10c4b189dae0c0734ce15}, keywords = {diagnosis dx09 monitoring}, month = {June}, pages = {43--50}, timestamp = {2009-06-18T15:57:36.000+0200}, title = {Monitoring WS-CDL-based choreographies of Web Services}, year = 2009 }