基于Overlay Network的移动网络及其关键技术研究
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摘要
随着移动设备的大量涌现,提出了移动网格的概念。本文将Overlay Network思想应用到移动网格中,研究了移动网格中的部分关键问题：(1)提出基于覆盖网络的移动网格体系结构(Mobile Grid based on Overlay network, MGO),解决了服务域划分、核心节点选举、核心网链路选取等问题；(2)基于移动网格覆盖层结构提出分布式资源管理模型,针对资源注册和注销、资源移动和更新、资源发现和共享等行为提出相应的资源管理机制,并对机制进行了Petri网描述和验证；(3)研究移动网格的路由机制,解决域内路由和域间路由的优化选择,同时有效的支持节点移动性；(4)研究复杂资源环境下的任务调度问题；考虑资源加入、离开、移动、故障等动态行为,提出可分任务、独立性任务和依赖性任务的调度策略和调度算法。
With the emergence of large number of mobile devices, mobile grid is proposed. The idea of overlay network is applied to mobile grid and some key issues are studied:(1) Overlay network-based mobile grid architecture (MGO) is proposed. The problems of service region division, kernel node election and links selection in kernel network are discussed in detail.(2)Distributed resource management model based on overlay structure is put forward and resource management mechanism is described for resource registration, cancellation, moving, updating, finding and sharing. The mechanism proposed is described and verified using Petri network theory.(3) Routing mechanism in mobile grid is studied, which includes intra-domain routing, inter-domain routing and mobility supporting.(4) Task scheduling in complex resource environment is studied. Considering resource dynamic behavior such as joining, leaving, moving and fault, different scheduling strategy and algorithms are put forward for divisible task, independent task and dependent tasks.
With the emergence of large number of mobile devices, mobile grid is proposed. The idea of overlay network is applied to mobile grid and some key issues are studied:(1) Overlay network-based mobile grid architecture (MGO) is proposed. The problems of service region division, kernel node election and links selection in kernel network are discussed in detail.(2)Distributed resource management model based on overlay structure is put forward and resource management mechanism is described for resource registration, cancellation, moving, updating, finding and sharing. The mechanism proposed is described and verified using Petri network theory.(3) Routing mechanism in mobile grid is studied, which includes intra-domain routing, inter-domain routing and mobility supporting.(4) Task scheduling in complex resource environment is studied. Considering resource dynamic behavior such as joining, leaving, moving and fault, different scheduling strategy and algorithms are put forward for divisible task, independent task and dependent tasks.
引文
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