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A Novel Resource Discovery Mechanism using Sine Cosine Optimization Algorithm in Cloud

机译:云中基于正弦余弦优化算法的资源发现新机制

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Cloud computing, which is internet-based computing share cloud resources such as storage and network on demand. Resource Management plays a crucial role in cloud infrastructure. Management of cloud resources consists of discovering the suitable resources for processing the user request. Millions of users are using cloud resources. To process the request optimally submitted by the user, a novel resource discovery mechanism is required. In our work, sine cosine algorithm (SCA) based clustering is integrated with the resource discovery mechanism. The proposed clustering mechanism is compared with a well known-clustering algorithm called K-means and SCAK-Means. Metrics used for comparing SCAK-Means with K-Means are Intra Cluster similarity, Inter-Cluster similarity, the similarity of cloud resources, and convergence rate. The result shows that the proposed approach is optimal than the existing one for resource discovery.
机译:云计算是基于Internet的计算,可共享按需存储和网络等云资源。资源管理在云基础架构中扮演着至关重要的角色。云资源的管理包括发现用于处理用户请求的合适资源。数百万的用户正在使用云资源。为了处理用户最佳提交的请求,需要一种新颖的资源发现机制。在我们的工作中,基于正弦余弦算法(SCA)的聚类与资源发现机制集成在一起。将该提议的聚类机制与一种称为K-means和SCAK-Means的众所周知的聚类算法进行了比较。用于比较SCAK-Means和K-Means的度量标准是集群内相似度,集群间相似度,云资源相似度和收敛速度。结果表明,与现有的资源发现方法相比,该方法是最优的。

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