نتایج جستجو برای: autonomic computing
تعداد نتایج: 448897 فیلتر نتایج به سال:
Autonomic computing investigates how systems can achieve (user) specified control outcomes on their own, without the intervention of a human operator. fundamentals have been substantially influenced by those theory for closed and open-loop systems. In practice, complex may exhibit number concurrent inter-dependent loops. Despite research into autonomic models managing computer resources, rangin...
The Autonomic System Specification Language (ASSL) is a formal method dedicated to autonomic computing, and as such, assists developers with formal specification, validation and code generation of autonomic systems. Due to the synthesis approach of automatic code generation, ASSL guarantees consistency between a specification and the corresponding implementation. Moreover, one of the major obje...
As in a complex growing mesh technologies field, autonomic computing is an auspicious new approach for building large scale distributed systems without assistance of any human interaction. This paradigm provides an environment, which has the potential to manage itself and adapt to the changes. The main objective of autonomic environment is to render the system administrator free by achieving se...
The growing complexity of Web service platforms and their dynamically varying workloads make manually managing their performance a tough and time consuming task. Autonomic computing systems that are self-configuring and self-managing have emerged as a promising approach to dealing with this increasing complexity. In this paper we propose a framework for an Autonomic Web Services Environment (AW...
On-the-Cloud computing became an establish domain of research which materialized in a variety of *as a Service applications. One of the issues with cloud computing relates to the complexity of the IT operations needed to install and maintain the *as a Service infrastructure. Autonomic Computing Systems have been seen as a solution for providing the “*as a Service” with self management, due to t...
Advances in pervasive system are rapidly taking us to a novel frontier in security, revealing a whole new landscape of threats. In open and dynamic environments, malicious terminals may enter a network without being detected, and various malwares may invisibly install themselves on a device. While roaming between heterogeneous networks which are adjusted for their own protection requirements, a...
The emergence of pervasive wide-area distributed computing environments, such as pervasive information systems and computational Grids, has enabled new generations of applications that are based on seamless access, aggregation and interaction. However, the inherent complexity, heterogeneity and dynamism of these systems require a change in how the applications are developed and managed. In this...
In Grid computing environments, the availability, performance, and state of resources, applications, services, and data undergo continuous changes during the life cycle of an application. Uncertainty is a fact in Grid environments, which is triggered by multiple factors, including: (1) failures, (2) dynamism, (3) incomplete global knowledge, and (4) heterogeneity. Unfortunately, the existing Gr...
Autonomic software component (ASC) QoS matchmaking problem for autonomic element has been taken as one of the most important issue in field of autonomic computing based on agent. Aimed at overcoming drawbacks such as subjectiveness and unfairness, and improving the self-configuration capability for autonomic element, we introduce evaluation mechanism of confidence of individual QoS attributes d...
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