As the size and the complexity of software systems increases, a proper decomposition approach is strongly required, in particular to address issues about "when" and "how" distribution and elaboration have to be performed. In this paper we present RTP (Real Time Performers), a general-purpose architecture for the development of modular and configurable real-time distributed systems. It is based on basic and formally-modelled notions: projectors (data transferring components), state machines, command traces, topologies and strategists. The RTP decomposition approach is based on the component-connector pattern, refined with the specialization of the connector role. RTP rationale is the "externalization" and formalization of communication issues between components, with a strong separation between alignment mechanisms and policies.
Micucci, D., Trentini, A., Tisato, F. (2003). A connector-based approach for controlled data distribution in RTP architecture. In Proceedings - 23rd International Conference on Distributed Computing Systems Workshops, ICDCSW 2003 (pp.191-196). Institute of Electrical and Electronics Engineers Inc. [10.1109/ICDCSW.2003.1203553].
A connector-based approach for controlled data distribution in RTP architecture
MICUCCI, DANIELA;TISATO, FRANCESCO
2003
Abstract
As the size and the complexity of software systems increases, a proper decomposition approach is strongly required, in particular to address issues about "when" and "how" distribution and elaboration have to be performed. In this paper we present RTP (Real Time Performers), a general-purpose architecture for the development of modular and configurable real-time distributed systems. It is based on basic and formally-modelled notions: projectors (data transferring components), state machines, command traces, topologies and strategists. The RTP decomposition approach is based on the component-connector pattern, refined with the specialization of the connector role. RTP rationale is the "externalization" and formalization of communication issues between components, with a strong separation between alignment mechanisms and policies.
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