Research on Time Performance of Dynamic Nested Transactions in Open Reconfigurable Network

Research on Time Performance of Dynamic Nested Transactions in Open Reconfigurable Network
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开放可重构网络中动态嵌套事务的时间性能研究

DOI:
10.4304/jcp.8.9.2330-2338
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发表时间:
2013-01
期刊:
Journal of Computers
影响因子:
--
通讯作者:
Weiming Wang
Weiming Wang
中科院分区:
其他
文献类型:
--
作者:
Qu Jianping;Ligang Dong;Lingjia Gui;Weiming Wang

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开放式可重构网络(Open Reconfigurable Network,简称ORN)是一种新型的分布式网络体系结构,由一体化的网络管理节点(简称MN)和更加开放的可重构路由或交换节点(简称NN)组成,由MN管理。在神经网络之间的路径部署过程中,由于资源占用和冲突等原因,可能存在失败甚至重复失败的情况,因此使用传统的事务模型是低效的。为了提高部署效率,本文重点研究了动态嵌套事务在ORN中的时间性能。本文首先在现有嵌套事务的基础上,提出了动态嵌套事务算法;其次,在ORN中建立了嵌套事务数学模型;最后,通过数学分析证明了该模型与传统模型相比的优越性,并通过数字实验使结果更加直观。
Open Reconfigurable Network (abbreviated as ORN) is a new type of distributed network architecture, which is composed by integrated network management nodes (abbreviated as MN) and more open reconfigurable routing or switching nodes (abbreviated as NN), which are managed by MN. During the path deployment among NN, there probably exists failures and even repeated failures due to the resources occupation and conflict causes, so it is inefficient to use the traditional transaction model. To improve deployment efficiency, this paper focuses on time performance of dynamical nested transactions in the ORN. In this paper, firstly, we proposed the dynamic nested transaction algorithm on the basis of the existing nested transaction; secondly, we established the nested transaction mathematical model in the ORN; finally, we proved the superiority of the model compared with the traditional model through mathematical analysis and made results more intuitive by digital experiment.
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