Today, the focus of grid computing development has moved up a step, to the application level.
今天，网格计算开发的中心已经迈上了一个新的台阶，来到了应用程序的层次上。
Grid technology was introduced for development of digital forestry support platform in this paper. The function, principles and model of grid application were discussed.
论述网格技术应用在建设数字林业平台支撑环境过程中的作用、原理和结构。
Along with the development of service Computing, it become the hotspot to construct the application with the service component distributed on the grid environment.
随着服务计算的兴起，以分布在网络上的服务组件为功能模块建立特定应用已成为目前学术界的研究热点。
The difficulty of grid-enabled application development is one of the obstacles to employ grid as infrastructure of scientific computing.
应用开发的难度一直是制约网格技术成为科学计算基础设施的主要因素之一。
However, existing grid systems focus on specific areas of application, and these system framework and development engine are heterogeneous.
然而，每个网格系统专注于不同领域的应用，并且每个系统的整体框架和开发引擎都是异构的。
The application of large non-grid-connected wind power is multi-directional development way to explore a way of wind power.
文中介绍了大规模非并网风电直接应用的原创性思路，即大规模风电不并入电网，直接应用于一系列能适应风电特性的终端用户。
The application of large non-grid-connected wind power is multi-directional development way to explore a way of wind power.
文中介绍了大规模非并网风电直接应用的原创性思路，即大规模风电不并入电网，直接应用于一系列能适应风电特性的终端用户。
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