改进大数据中的作业排序和插槽配置

R. Sadhana, N. Gomathi, S. Rabeena, M. Sailaja, V. Sangeetha
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引用次数: 0

摘要

Mapreduce是一个同步操作模型,用于在组和数据中心中对大量信息进行细化。Mapreduce的工作由一组任务组成,其中包含更多的匹配作业和减少作业。所述匹配作业和减少作业可在映射位置和减少位置时执行,一般的映射作业被较早地处理用于减少作业,各种任务处理请求和mapreduce配置位置的mapreduce具有基于案例负载的各种成就和各种计算机使用情况。两种类型的精确规则用于最小化创建跨度和注销Mapreduce用例负载的整个结束周期。初始算法专注于对给定Mapreduce位置的Mapreduce案例负载进行任务组织改进。不同的是,第二种算法期望在mapreduce用例负载中出现用于优化mapreduce位置配置的过程。我们在Amazon EC2、facebook上进行了建模观察,结果表明,与目前优化的Hadoop相比,计划精确的规则产生的结果高达20%-75%的即兴性,几乎在运行期间指导了显着的简化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improve job ordering and slot configuration in Bigdata
Mapreduce is a simultaneous operational model for huge information refinement in groups and datacenters. The work of a Mapreduce consists of a group of tasks that contains more number of matching jobs and reducing the jobs. The matching jobs and reducing jobs can be executed in mapping a position and reducing the positions, the general mapping jobs are processed earlier for reducing jobs, various task processing the requests and mapreduce configuration positions of a Mapreduce has various achievement and variety of computer usage based on the case load. Two types of precise rules that is utilized in minimization of the make span and the entire finishing period of a logged off Mapreduce case load. Initial algorithm concentrates on the task organizing improvement for a Mapreduce case load for the given mapreduce position being set up. In difference, the second algorithm expects the procedure that appears for optimized mapreduce position configuration in a Mapreduce case load. We carry out the modeling observations on Amazon EC2, facebook and it shows that planned precise rules yields the outcome up to 20%–75% improvised than the present optimized Hadoop, Almost it guides to remarkable simplifications during the operative period.
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