提出了集成P2P移动网格资源发现模型。
Secondly, proposed an integrated P2P resource discovery model for Mobile Grid.
因为移动网格中资源多数为移动设备，它们在多方面都受到了限制。
Because the resources in mobile grid are mostly the mobile devices, they are limited in many aspects.
在低带宽的网络环境下，这当然也就为移动网格系统增加了不少负担。
This operation increases the system load of the mobile grid in a limited bandwidth environment.
用移动网格方法控制网格点的切向运动，在弦方法的基础上提出了自适应弦方法。
An adaptive string method is proposed based on the string method. In this method, a moving mesh method is adopted to control the tangent movement of mesh points.
在任务调度过程中，如何选择恰当的资源是一个十分关键和困难的问题，在移动网格中也是同样如此。
It seems to be a critical and difficult issue to select a good resource for the task in the mobile grid.
为了对其数值求解，采用移动网格方法，使用了两种迎风差分格式(一般迎风格式和中点迎风格式)。
To solve it numerically, we use a moving mesh method, two upwind difference discretizations (simple upwind scheme and midpoint upwind scheme) are applied.
为了很好的解决移动网格中的资源发现机制，本文借鉴了P 2 P技术，提出集成p2p的移动网格资源发现机制。
Good solution for Mobile Grid resource discovery mechanism, this thesis draws on P2P technology for integrated P2P resource discovery mechanism in Mobile Grid.
定义了移动网格服务的安全性、安全级别及安全协议簇，给出了一种利用XML安全技术确保移动网格服务安全的新架构。
The article defines security, safety degree and safety Protocol Suite of Mobile Grid Services and proposes a new Mobile Grid Services security frame based on XML security technique.
为了提高饱和土固结数值分析结果的精度，提出了一种基于改进Biot固结理论的移动网格有限元分析方法(FEM)。
For improving the precision of numerical analysis of saturated soils consolidation, a new moving mesh finited-element method (FEM) based on modified Biots consolidation theory was proposed.
为了提高饱和土固结数值分析结果的精度，提出了一种基于改进Biot固结理论的移动网格有限元分析方法(FEM)。
For improving the precision of numerical analysis of saturated soils consolidation, a new moving mesh finited-element method (FEM) based on modified Biots consolidation theory was proposed.
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