任务环境

如何在复杂、动荡和不确定的战场环境中，建立起高效的指挥控制（commandandcontrol，C2）组织结构，使其与任务环境相适应是目前指挥自动化领域研究的重难点之一。

How to construct highly effective structure of C2 ( Command and Control , C2 ) organizations in the complex , dynamic and uncertain battlefield , matching to task environment is one of difficulties in the fields of command automatization at present .

战略性决策的心理特征与任务环境结构化

Psychological Characteristics and Task Environment Structuring of Strategic Decisions

在嵌入式实时多任务环境下采用面向任务对象的思想开发现场控制层应用程序，一方面可以充分发挥CPU的性能，同时又大大降低了软件开发和维护的难度。

On the one hand it could make full use of CPU , on the other hand it greatly simplified the software development and the future maintenance .

对DOS来说，实时多任务环境比较容易获得，在性能方面也能够满足数控系统实时控制的需要，所以，现有的大多数PC数控系统软件都是基于DOS开发的。

It is easy to reach this goal in DOS , so , nowadays the majority of PC-based CNC system software are developed on DOS .

采用对象－对象消息驱动机制，建立一种层次型的消息管理和传递方法.实现在Windows下编写适应多任务环境下客户／服务器模式的数值分析计算程序。

By adopting object object message drive mechanism , a hierachical type message management and transition method is set up ; and the calculator program of numeric analysis suitable for client / server pattern in multitask environment is implemented under Windows .

在Windows95多任务环境下，利用Borlandc++设计了VXI数据采集系统的32位多任务并行程序。

The 32-bit multi-task parallel program of VXI data acqui-sition system is designed by using Borland C + + language under Windows 95 multi-task development enviroment .

其次，发现并指出，台资KIBS创新任务环境中的政策法律环境、外部资源环境和市场环境中既包括有利因素也包括障碍因素；

Secondly , the study pinpoint there are advantage factors and barriers in the task innovation environment including law environment , external resource environment and market environment ;

分析了误告警产生的原因，提出了在RSVP-TE信令协议中源U-NI-C和目的UNI-C删除LSP时屏蔽传送平面误告警的方法，并给出了在多任务环境下的实现过程。

This article analyzes the reason of the alarms , put forward a method of restraining TP improper alarms when the LSP teardown initiated by source UNI-C and destination UNI-C in RSVP-TE signaling protocol , and give the realization process on the basis of multitask software .

DSP/BIOS多任务环境下电机保护装置的开发

Development of a Motor Protection under DSP / BIOS Multitasking Environment

实时多任务环境下监控系统的实现

The Realize of a Supervision System in Real-time Multitask Environment

讨论了在多任务环境下的适配算法。

It also introduces the algorithm in the multitask environment .

它提供了基于开放系统标准的完整的多任务环境。

It provides a complete multitasking environment based on open system standards .

DSP/BIOS多任务环境下的实时数据采集与处理

Real_ time sampling and precessing under DSP / BIOS

多任务环境&并行处理仿真中的核心模块

Multitasking Environment-The kernel module of parallel processor simulator

因此，多个配方构造可以运行在一个多任务环境中。

As a consequence , multiple recipe constructs can inherently run in a multitasking environment .

实时多任务环境下的网络对等通信

Network Peer-to-peer Communication in Real-time Multi-task Environment

关于建筑企业外部环境本文分别从一般环境因素、任务环境因素两个方面进行了分析，来了解建筑企业面临的威胁和机遇。

Construction enterprises are facing external environment including general environment factors and task environmental factors .

在一个真实的任务环境下研究学习者的策略使用可以让我们知道更多的关于学习策略使用的信息。

Strategy assessment in a real task context could add more vivid details to the big picture .

寄养儿童对任务环境的评估更加自主。

When evaluating the outside environment of the interaction , foster children seem to be more self-oriented .

组织设计通常包括三个流程即任务环境分析、过程设计和结构设计。

Organization design usually includes three processes : the environment analysis , the process design and the structural design .

第四，基于语境和任务环境的预期如何在语义表征建构过程中发生交互作用。

Fourthly , how expectancy based on contextual information and expectancy based on task environment interact in representation building .

该技术规范裁决多任务环境中的电源管理呼叫并识别应用程序中没有出现的节电机会。

It also arbitrates power management calls in a multi-tasking environment and identifies power-saving opportunities not apparent to applications .

基于多视点视频的感知系统注意觉察系统：实现多任务环境下的人机交互

Implement of Multiple View Based Aware System The Attention Aware System : A Human-Computer Interaction Interface in the Multi-Task Context

该方案可以实现在实时多任务环境下对大量数据的及时存储、查找、提取与更新。

In this scheme , SI can be stored , retrieved , extracted and updated in real time and multitask environment .

组织任务环境的不确定性调节着组织市场知识能力与组织创新绩效之间的作用机制。

Also , the results show that organizational task environment uncertainty is a critical moderator between market knowledge competence and innovation performance .

作者应用新制度理论，提出制度化过程和三种治理机制以弥补现有的任务环境视角方法的不足，并指出可以从合法性和效率两个方面来衡量渠道成员的持续竞争优势。

Using institutional theory , the authors augment the current task environment perspective by developing the institutionalization process and its underlying three governing mechanisms .

为了解决企业在多项目多任务环境下的任务自动分配问题，建立了任务分配模型，给出了基于遗传算法的资源优化调度算法。

To realize automatic task allocation in multi-project and multi-task environment , a genetic algorithm was designed and a task allocation model was constructed .

着重研究了多用户多任务环境中的任务复杂性问题，采用工作流的思想对提交的任务进行描述和管理。

Then the complex problem of multi-user and multi-task environment is studied , and work-flow is used to describe and manage the simulation task .

对多任务环境下应用软件的编写，驱动程序的编写，各任务的如何分类及功能也作出了详细的介绍，并给出了部分试验的检测数据。

Also introduced how to program in the multitasking environment and how to classify and define each task and then provided some data of field-experiment .

以往对创新的研究多基于经济学的范式讨论其所处的任务环境，关注效率和技术的问题，忽视了创新的制度嵌入性对创新成功的重要作用。

Previous studies pay more attention on the efficiency or technology issues of innovation , and ignore the important role of institutional embeddedness on innovation success .