Run-time connector synthesis for autonomic systems of systems

Calinescu, Radu C. (2009). Run-time connector synthesis for autonomic systems of systems. International Journal on Advances in Intelligent Systems, 2 (2-3), pp. 376-386.

Abstract

A key objective of autonomic computing is to reduce the cost and expertise required for the management of complex IT systems. As a growing number of these systems are implemented as hierarchies or federations of lower-level systems, techniques that support the development of autonomic systems of systems are required. This article introduces one such technique, which involves the run-time synthesis of autonomic system connectors. These connectors are specified by means of a new type of autonomic computing policy termed a resource definition policy, and enable the dynamic realisation of collections of collaborating autonomic systems, as envisaged by the original vision of autonomic computing. We propose a framework for the formal specification of autonomic computing policies, and use it to define the new policy type and to describe its application to the development of autonomic system of systems. To validate the approach, we present a sample data-centre application that was built using connectors synthesised from resource-definition policies.

Divisions: Engineering & Applied Sciences > Computer science
Engineering & Applied Sciences > Computer science research group
Uncontrolled Keywords: autonomic computing,systems of systems,autonomic,system connectors,model-driven development,automated,code generation
Full Text Link: http://www.iari ... s/tocv2n23.html
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Published Date: 2009
Authors: Calinescu, Radu C.

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