大型而复杂的企业可以采用诊断控制系统，信念控制系统，边界系统，交互控制系统四种机制来有效激励企业员工。
Four systems including diagnosis control system, belief system, boundary system and interactive control system can be used to motivate employees in larger and complicated enterprises effectively.
它根据需要添加视图，以允许用户与所使用的任何版本控制系统(如果有的话)交互。
It adds views as necessary to allow the user to interact with whatever version control system (if any) is being used.
针对管道焊接机器人设计了一个双处理器的参数调节、实时控制功能的交互式控制系统。
A dual processor interactive control system with functions of welding parameter regulation and real-time control is designed and implemented for pipe welding robots.
控制系统具有良好的人机交互界面，便于操作。
The system has a nicer man-machine conversation interface, facilitating the manipulator's control.
该文介绍新型电动叉车CAN总线控制系统中人机交互节点。
The paper introduces a man machine interactive node in the CAN bus control system for the electric fork lift.
系统采用分布式控制系统结构，将人机交互、数据采集等任务和控制任务分别交由测试计算机和控制计算机完成。
The system, which consists of a measure computer and a control computer, is established by the use of distributed control structure.
该系统包括由高分辨率触摸屏及彩色液晶显示器构成的人机交互界面，多脉冲强光电源的控制系统以及工作状态的监测和报警系统。
The entire system consists of a users interface with touchscreen and color LCD display, a control system with multi-pulse intense power supply, and a monitor and alarm system of operating conditions.
该文介绍了交互使用有限元分析软件和控制系统仿真软件实现具有刚柔耦合结构复杂系统的仿真方法。
The simulation method of the rigid-elastic coupling control system is introduced by using the interaction of the finite element analysis software and the control system simulation software.
在分析控制系统中的任务类型后提出了各种任务集合的定义，在此基础上给出任务代理和资源代理交互协调的流程以及它们各自的运作流程。
It analyses the types of tasks in the system, defines the aggregation of all kind of tasks, and describes the flows of coordination between task agent and resource agent, and their respective flows.
在汽车驾驶模拟器中，传感控制系统的性能直接影响到整个汽车驾驶模拟系统的交互性和实时性，是衡量汽车驾驶模拟器实用性能的重要指标。
In a driving simulation system, the interactivity and real time mainly depend on the performance of sensing and controlling system, which affects the practicability of the vehicle simulator directly.
控制系统采用模块化设计，主要模块包括：控制核心CPU模块、存储器模块、调试接口模块、数据传输模块、人机交互模块、电机控制模块。
The control system is designed by module, which includes CPU core module, memory modules, debugging interface modules, data transmission module, human interface module, and electrical control module.
PC机负责人机交互界面的管理和控制系统的实时监控等方面工作，运动控制器完成运动控制的所有细节。
PC is responsible for the management of the human-computer interface and real-time supervise of the control system. The motion controller performs all details of motion control.
本控制系统由交互式绘图编程、加工控制、大功率脉冲电源三部分组成，主机采用奔腾586计算机。
This system consists of interactive-drawing programming system, control of working, power source with large power pulse, the main unit uses pentium 586 chip.
介绍了智能压路机的研究现状，提出了智能压路机控制系统组成方案，着重设计了显示器模块中人机交互软件。
This paper introduces the present status of intelligent road roller and puts forward the control sys - tem plan of intelligent road roller, which consists of control module and display module.
用嵌套式集成框架构造的知识基控制系统是一个智能型交互式集成化系统，能够获得嵌套式建模支持。
By making use of this framework, an intelligent, interactive and integrated knowledge-based control system can be constructed.
然后利用工业组态技术，为控制系统提供了良好的人机交互界面，为以后药品自动生产线的研发奠定了基础。
Then industrial configuration software for the control system provides a good interactive interface, automatic production line for future pharmaceutical research and development foundation.
该系统是一个典型的由PLC完成控制功能，工业PC机完成监视与人机交互任务的分散式控制系统。
The system is a typical distributed control system in which the control functions are implemented with PLC and the monitoring functions and MMI task are implemented by industrial PC.
在分析控制系统中的任务类型后提出了各种任务集合的定义，在此基础上给出任务代理和资源代理交互协调的流程以及它们各自的运作流程。
It analyses the types of tasks in the system, defines the aggregation of all kind of tasks, and describes the flows of coordination between task agent and resource agent, an...
目的探讨采用DICOM数据，结合交互式医学影像控制系统及CAE软件快速构建髋骨三维有限元模型的可行性及方法。
Objective To discuss the feasibility and method of constructing the 3-dimensional (3-d) finite element model of hipbone using DICOM data, Mimics and CAE software.
目的探讨采用DICOM数据，结合交互式医学影像控制系统及CAE软件快速构建髋骨三维有限元模型的可行性及方法。
Objective To discuss the feasibility and method of constructing the 3-dimensional (3-d) finite element model of hipbone using DICOM data, Mimics and CAE software.
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