The paper presents a uniform approach to computing and communication, which seems well-suited to dynamically handle information flows in an emergency management system and overcomes the drawbacks of layered architectures. The overall system is modelled as a computational graph consisting of components and connectors, which are recursively modelled as lower-level graphs. Micro-components, i.e., software modules which can be executed on a single computational node, are the basic building blocks. This paves the way to the design and implementation of adaptive systems where both introspective and domain information are treated in a uniform way to realize context-aware strategies supporting distributed computations and context-aware routing.
Tisato, F., Micucci, D., Bernini, D. (2010). A Uniform Approach to Communication and Computation. In Proceedings of the 6th International Conference on Wireless Communications and Mobile Computing: Connecting the World Wirelessly (IWCMC 2010) (pp.646-650). ACM [10.1145/1815396.1815545].
A Uniform Approach to Communication and Computation
TISATO, FRANCESCO;MICUCCI, DANIELA;BERNINI, DIEGO
2010
Abstract
The paper presents a uniform approach to computing and communication, which seems well-suited to dynamically handle information flows in an emergency management system and overcomes the drawbacks of layered architectures. The overall system is modelled as a computational graph consisting of components and connectors, which are recursively modelled as lower-level graphs. Micro-components, i.e., software modules which can be executed on a single computational node, are the basic building blocks. This paves the way to the design and implementation of adaptive systems where both introspective and domain information are treated in a uniform way to realize context-aware strategies supporting distributed computations and context-aware routing.
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