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基于OSPF的动态配置支持系统研究与实现
引用本文:周集良,王正华. 基于OSPF的动态配置支持系统研究与实现[J]. 计算机工程, 2004, 30(20): 61-63
作者姓名:周集良  王正华
作者单位:怀化学院计算机系,怀化,418000;国防科技大学计算机学院,长沙,410073;国防科技大学计算机学院,长沙,410073
基金项目:国家“863”计划基金资助项目(2002AA131010)
摘    要:在OSPF静态配置支持系统模型基础上,提出了基于OSPF的动态配置支持系统模型,该模型采取四层模块分级处理结构,各层对大量MIB变量的处理统一接口,规范MIB处理模式,并建立实时任务完成MIB存储和OSPF协议改变间的异步处理,还运行配置支持系统状态机,检测各层的MIB处理状况,加强和协调各层间的MIB处理。最后基于这种模型实现了动态配置支持系统DCSS-OSPF,还列出了TMS系统中DCSS-OSPF系统的边界处理。

关 键 词:动态配置  有限状态机  边界处理  MIB变量  任务
文章编号:1000-3428(2004)20-0061-03

Reasearch and Implementation of OSPF-based Dynamic Configuration Supported System
ZHOU Jiliang,,WANG Zhenghua. Reasearch and Implementation of OSPF-based Dynamic Configuration Supported System[J]. Computer Engineering, 2004, 30(20): 61-63
Authors:ZHOU Jiliang    WANG Zhenghua
Affiliation:ZHOU Jiliang1,2,WANG Zhenghua2
Abstract:The model of OSPF-based dynamic configuration supported system is presented at the base of the static model in the paper. The hierarchy structure of four-layer module is used in the model.The interface and processing mode are consisitent for a lot of MIB varible in each layer .A real-time task completes the asynchronous running between storing MIB variables and changing OSPF protocol.The state machine for the system supporting configuration can detect all the states for processing MIB,and affirm , harmonize them in each layer. Eventually, a system called DCSS- OSPF is designed and implemented with this model.The boundary process of DCSS-OSPF is also discussed in TMS system.
Keywords:Dynamic configuration  Finite state machine  Boundary processing  MIB variable  Task
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