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Big Data Security Based Framework Using Metaheuristic Approaches in Cloud Environment

机译:基于大数据安全基于云环境中的Metaheuristic方法的框架

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Security is the main concern in Big Data analysis. In the security analysis, most of the approaches that provide an effective security yet uses high amount of resources like memory or storage and time delay in order to increase the cost of processing. This paper emphasis on improvement based on utilization of resources by means of optimization of encryption approach. The optimisation approach uses a convex optimization with minimum amount of time or storage and such factors effects the total cost of processing. The proposed approach uses GWO optimization of Blow fish slices. The experiment involves the use of two types of dataset such as tweet and scientific workflow. The experimental analysis shows how effectively blow fish improves Grey wolf optimization (GWO). In addition, the other experiment uses particle swarm optimization (PSO) and flower pollination approach (FPA). Although the analysis represents that these approaches are not very much effective as compared to GWO.
机译:安全性是大数据分析的主要关注点。在安全性分析中,大多数提供有效安全性的方法都会使用大量资源,如内存或存储和时间延迟,以增加处理成本。本文着重通过优化加密方法,在资源利用率的基础上进行改进。优化方法使用凸优化,时间或存储量最小,这些因素会影响加工的总成本。该方法使用了鱼片的GWO优化。该实验涉及两种数据集的使用,比如推特和科学工作流。实验分析显示了吹鱼如何有效地改善灰太狼优化(GWO)。另外,另一个实验使用了粒子群优化(PSO)和花授粉方法(FPA)。尽管分析表明,与GWO相比,这些方法并不是非常有效。

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