The phrase "autonomic approach" is correct and usable in written English.
It can be used in contexts related to technology, systems, or methodologies that operate independently or automatically without human intervention.
Example: "The autonomic approach to system management allows for self-healing and self-optimization, reducing the need for manual oversight."
Alternatives: "self-managing approach" or "automated method".
This is therefore implemented in a collaborative and decentralized way, making decisions by interacting with neighboring nodes, and adopting autonomic approaches.
After having detailed the different spray computers scenarios and their applications, this paper discusses the issues related to the design and development of spray computer applications, issues which call for novel autonomic approaches exploiting self-organization as first-class tools.
In this article, we propose an autonomic management approach to query optimization in a health information system.
This presents additional challenges for Autonomic [14] approaches to adapting resources on IaaS.
At the service level, autonomic computing approaches can be used to manage the operations of the applications themselves.
This section evaluates the proposed autonomic resource management approach for both Reader and Loader Tier s.
In summary, our proposed autonomic resource management approach is able to automatically optimize the tradeoff between service responsiveness and data freshness by balancing the resource allocations between the Reader and Loader Tiers.
To address the above challenges, this paper presents v-TerraFly, an autonomic resource management approach for virtualized map service systems, which can automatically optimize the QoS (considering both response time and data freshness) while minimizing the resource cost [2 4].
Researchers have demonstrated that the rejuvenator encapsulation method is a promising autonomic self-healing approach for asphalt pavements, where by the self-healing system improves the healing capacity of an asphalt pavement mix.
This approach, called autonomic computing, aims to design network equipment able to self-adapt their configuration and to self-optimize their performance depending on their situation, in order to fulfill high-level objectives defined by human operators.
