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引用次数: 0
摘要
传统上,SNMP一直是老一代分组网络(如以太网、令牌环等)管理的首选协议。高效、低带宽的传输机制(UDP over IP)以及优化但有限的数据模型是其受欢迎的两个主要原因。SNMP使用的简单数据模型体系结构(扁平化MIB定义)非常适合低复杂性的遗留数据包节点。近年来出现了许多基于CIM、WBEM管理框架的下一代节点管理协议。但是这些依赖于TCP作为传输协议,使得它不是低带宽和间歇分组网络的最佳解决方案。本文提出了一种基于XMLP的管理协议,用于解决上述场景。本文还提出了一个管理框架,该框架可用于将传统SNMP节点的管理无缝过渡到这个新协议。
Defining an Optimized Management Protocol for Next Generation Packet Networks
Traditionally SNMP has been the preferred protocol for Management in older generation packet networks like Ethernet, Token-ring etc. Efficient, low-bandwidth transport mechanisms (UDP over IP) as well an optimized, but limited, data model were the 2 main reasons for its popularity. The simplistic data model architecture used by SNMP (a flat MIB definition) was well suited for low complexity legacy packet nodes. There are many protocols which have arisen in the past few years to address the Management requirements of Next-generation nodes based on CIM, WBEM management framework. But these rely on TCP as the transport protocol making it not the optimal solution for low bandwidth and intermittent packet networks. This paper proposes a management protocol based on XMLP which would serve to address the scenario described above. The paper also proposes a Management Framework which could be used to seamlessly transition the management of Legacy SNMP nodes to this new protocol.