D. Liu, K. Law, et al., "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Data-flow Distribution in FICAS Service Composition.. - David Liu Dept (2002) (1 citation) Self-citation (Liu Law) (Correct)
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D. Liu, K. Law, et al., "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf.
Analysis of Integration Models for Service Composition - David Liu Dept (2002) Self-citation (Liu Law Wiederhold) (Correct)
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D. Liu, K. Law, and G. Wiederhold, "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf.
Data-flow Distribution in FICAS Service Composition.. - David Liu Dept (2003) (1 citation) Self-citation (Liu Law) (Correct)
No context found.
D. Liu, K. Law, et al., "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf.
Analysis of Integration Models for Service Composition - David Liu Dept (2002) Self-citation (Liu Law Wiederhold) (Correct)
No context found.
D. Liu, K. Law, and G. Wiederhold, "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf.
Active Mediation Technology for Service Composition - David Liu Neal (2003) Self-citation (Liu Law Wiederhold) (Correct)
....producing behavior identical to a static mediator. 2.4 Autonomous Service in FICAS Autonomous services handle both immediate and deferred execution of mobile classes, which requires the separation of the control flows from the data flows. FICAS is an autonomous service metamodel (defined in [14]) that explicitly separates control flows from data flows. As shown in Figure 4, an autonomous service consists of an input event queue, an output event queue, an input container, an output container, and a service core. The service core represents the core functionality of the autonomous service ....
....response to the event. For simplicity, we represent the ASAP events here using their abbreviated functional representations instead of their full XML representations. The key ASAP events related to data flow scheduling are listed below. More complete information on the ASAP protocol is given in [14]. SETUP (Service) initializing an autonomous service. The autonomous service is informed to prepare necessary system resources for an actual invocation. A reply event is issued after the initialization of the autonomous service. TERMINATE (Service) terminating an autonomous service. ....
D. Liu, K. Law, and G. Wiederhold, "FICAS: A Distributed Data-Flow Service Composition Infrastructure", Stanford University, Unpublished Report, 2002, http://mediator.stanford.edu/papers/FICAS.pdf.
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