Each application program must support their own infrastructure; however, the key to a service-oriented architecture is the agility of data transport to new communities of interest.
每个应用程序都必须支持自己的基础设施；但是，面向服务体系结构的关键是，能够敏捷地把数据传输给新的相关社区。
The system architecture, application program structure design, tasks dynamic schedule strategy and system resource dispatching are presented.
给出了控制系统结构、应用系统结构设计和任务动态调度策略及系统资源分配原则。
The J2ME basic conception and architecture, and basic configuration of MIDP application program are introduced.
介绍了J 2 ME技术的基本概念和体系结构以及MIDP应用程序的基本架构。
Combining with features of ASIP architecture, study on application specific low power optimization technology focusing on instruction set (program code), pipeline and storage.
结合ASIP体系结构特征，以应用特征为指导，针对指令集(程序代码)、流水线和存储部件进行了低功耗优化研究。
The characteristics of the architecture are studied. Its application in the motor control and CAN bus communication program is discussed in detail.
研究了三层抽象软件体系结构的特点，并详细论述了该结构在电机控制以及CAN总线通信程序设计中的具体应用。
This low power model adopts five-layer architecture, which are hardware platform, driver layer, operating system, power manage mechanism and application program.
本文提出了一种层次化的电源管理结构，分别为硬件层、驱动层、操作系统层、电源管理层和应用层。
This low power model adopts five-layer architecture, which are hardware platform, driver layer, operating system, power manage mechanism and application program.
本文提出了一种层次化的电源管理结构，分别为硬件层、驱动层、操作系统层、电源管理层和应用层。
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