Autonomic computing is a new technology which aims to hide the software complexity by means of “technologies managing technologies”. The paper concludes and analysis the related concept of autonomic computing, the architecture and the working mechanisms of autonomic elements based on the relevant specialist work. Then the architecture and implementation method of automatic computing system are ...

The purpose of this paper is to present the results of preliminary analysis and research on the potential relevance and applicability of autonomic computing principles and practices to problems unique to e-government. This paper examines the applicability of autonomic computing principles to four main egovernment problems thought to be potential candidates for autonomic computing practices. The...

The emerging autonomic computing technology has been hailed by world-wide researchers and professionals in academia and industry. Besides four key capabilities, well known as self-CHOP, we propose an additional self-regulating capability to explicitly emphasize the policy-driven self-manageability and dynamic policy derivation and enactment. Essentially, these five capabilities, coined as Self-...

How can a bridge be built between autonomic computing approaches and parallel computing systems? The work reported in this paper is motivated towards bridging this gap by proposing a swarm-array computing approach based on ‘Intelligent Agents’ to achieve autonomy for distributed parallel computing systems. In the proposed approach, a task to be executed on parallel computing cores is carried on...

Autonomic Computing is a concept that brings together many fields of computing with the purpose of creating computing systems that are reflective and self-adaptive. In this paper we draw upon our experience of this field to discuss how we can attempt to evaluate autonomic systems. By looking at the diverse systems that describe themselves as autonomic, we provide an introduction to the concepts...

Half a decade has passed since the objectives and benefits of autonomic computing were stated, yet even the latest system designs and deployments exhibit only limited and isolated elements of autonomic functionality. From an autonomic computing standpoint, all computing systems – old, new or under development – are legacy systems, and will continue to be so for some time to come. In this paper,...

Autonomic and Grid computing are complementary, in the sense that complex grid environments can take advantage of the features provided by autonomic computing and on the other hand, autonomic processes can be properly deployed by using grid technology. Besides, one of the most active fields in grid computing is the area of data grids, focusing on the data access. Our paper proposes a grid frame...