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Parallel Processing Optimization Strategy based on MapReduce Model in Cloud Storage Environment

机译:基于MapReduce模型在云存储环境中的并行处理优化策略

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Currently, a large number of documents in the cloud storage process employed the way of packaging after receiving all the packets. From the local transmitter this stored procedure to the server, packing and unpacking will consume a lot of time, and the transmission efficiency is low as well. A new parallel processing algorithm is proposed to optimize the transmission mode. According to the operation machine graphs model work, using MPI technology parallel execution Mapper and Reducer mechanism. It is good to use MPI technology to implement Mapper and Reducer parallel mechanism. After the simulation experiment of Hadoop cloud computing platform, this algorithm can not only accelerate the file transfer rate, but also shorten the waiting time of the Reducer mechanism. It will break through traditional sequential transmission constraints and reduce the storage coupling to improve the transmission efficiency.
机译:目前,在接收到所有数据包之后,云存储过程中的大量文档采用了包装的方式。从本地发射机到服务器,包装和解包的存储过程将消耗大量时间,并且传输效率也很低。提出了一种新的并行处理算法来优化传输模式。根据操作机器图模型工作,使用MPI技术并行执行映射器和减速器机制。使用MPI技术实现映射器和减速器并联机制是良好的。在Hadoop云计算平台的仿真实验之后,该算法不仅可以加速文件传输速率,还可以缩短减速器机制的等待时间。它将突破传统的顺序传输约束,并减少存储耦合以提高传输效率。

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