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   便携式机器人 在 自动化技术 分类中 的翻译结果: 查询用时:1.773秒
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便携式机器人    
相关语句
  portable robot
    Research and Design of Portable Robot Controller
    便携式机器人控制器的研究与设计
短句来源
    Application of portable robot in field welding
    便携式机器人在野外焊接中的应用
短句来源
    Development and application for portable robot CAD system
    便携式机器人CAD系统的开发与应用
短句来源
    A RESEARCH ON RELIABILITY DISTRIBUTION METHOD FOR PORTABLE ROBOT SYSTEM
    基于便携式机器人系统的可靠度配置策略的研究
短句来源
    This paper proposes an effective two-level reliability distribution method for portable robot, it is a reliability optimizing distribution method with restrictions, its first level distribution uses marking distribution method, and the second adopts "the least cost" principle, at the same time , the two dimension mixed coordinating method can solve reliability distribution optimizing model easily, therefore, this reliability distribution method is an effective and easy method to give the portable robot a reliability distribution result.
    本文提出了一种有效的面向便携式机器人系统的可靠二级配置策略,这种配置策略是有约束条件下的一种可靠度优化配置方法,其第一级配置采用评分分配法,第二级配置采用“花费最小”原则并用能简化求解过程的二维混合协调法对优化配置进行求解,用此法进行便携式机器人的可靠度配置合理易行,优化分配效果好.
短句来源
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  wearable robot
    Network Based Wearable Robot Management System
    基于网络的便携式机器人管理系统
短句来源
  portable robot
    Research and Design of Portable Robot Controller
    便携式机器人控制器的研究与设计
短句来源
    Application of portable robot in field welding
    便携式机器人在野外焊接中的应用
短句来源
    Development and application for portable robot CAD system
    便携式机器人CAD系统的开发与应用
短句来源
    A RESEARCH ON RELIABILITY DISTRIBUTION METHOD FOR PORTABLE ROBOT SYSTEM
    基于便携式机器人系统的可靠度配置策略的研究
短句来源
    This paper proposes an effective two-level reliability distribution method for portable robot, it is a reliability optimizing distribution method with restrictions, its first level distribution uses marking distribution method, and the second adopts "the least cost" principle, at the same time , the two dimension mixed coordinating method can solve reliability distribution optimizing model easily, therefore, this reliability distribution method is an effective and easy method to give the portable robot a reliability distribution result.
    本文提出了一种有效的面向便携式机器人系统的可靠二级配置策略,这种配置策略是有约束条件下的一种可靠度优化配置方法,其第一级配置采用评分分配法,第二级配置采用“花费最小”原则并用能简化求解过程的二维混合协调法对优化配置进行求解,用此法进行便携式机器人的可靠度配置合理易行,优化分配效果好.
短句来源
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  portable robot
A man portable robot used for FIBUA could help our soldiers to search, identify, and destroy the enemy.
      
  wearable robot
The paper also discusses potential applications for this kind of wearable robot.
      
A significant measure of safety can be achieved by the inclusion of compliant actuators into a wearable robot design.
      
A robotic device attached directly to a person is a fragile environment and thus compliance becomes a desirable characteristic for a wearable robot.
      
Compliance provides an amount of safety to the wearable robot and energy storage can be used to improve efficiency and thus reduce power consumption.
      
However, for many wearable robot applications the small displacement assumption may not be useful.
      
更多          
  portable robot
A man portable robot used for FIBUA could help our soldiers to search, identify, and destroy the enemy.
      
  portable robots
A variety of systems with possibly embedded computing power, such as small portable robots, hand-held computers, and automated vehicles, have power supply constraints.
      
It is recommended that man portable robots be incorporated into the ISTAR doctrine as an additional source of sensor data.
      
Special Forces and reconnaissance units it appears will make the best use of man portable robots.
      
These portable robots will be robust and able to adapt to complex environments while employing specially designed payloads and devices.
      
The best feature of man portable robots is that they can be tailored or reconfigured with mission specific sensors.
      
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  其他


Portable Robot,as compared with general arc-welding robot,has its unique character because of its portability.Firstly on this paper the mechanic architecture of portable robot is introduced.Secondly,the hardware architecture of robot controller is introduced also.Lastly,The design of the software architecture is introduced in detail.

便携式机器人体积小,重量轻,携带方便,可以在狭小空间内作业,与普通弧焊机器人相比,具有独特的优点。本文首先介绍了便携式机器人本体结构,其次介绍了该控制器的硬件结构,最后介绍了控制器软件的设计。

This paper proposes an effective two-level reliability distribution method for portable robot, it is a reliability optimizing distribution method with restrictions, its first level distribution uses marking distribution method, and the second adopts "the least cost" principle, at the same time , the two dimension mixed coordinating method can solve reliability distribution optimizing model easily, therefore, this reliability distribution method is an effective and easy method to give the portable robot a reliability...

This paper proposes an effective two-level reliability distribution method for portable robot, it is a reliability optimizing distribution method with restrictions, its first level distribution uses marking distribution method, and the second adopts "the least cost" principle, at the same time , the two dimension mixed coordinating method can solve reliability distribution optimizing model easily, therefore, this reliability distribution method is an effective and easy method to give the portable robot a reliability distribution result.

本文提出了一种有效的面向便携式机器人系统的可靠二级配置策略,这种配置策略是有约束条件下的一种可靠度优化配置方法,其第一级配置采用评分分配法,第二级配置采用“花费最小”原则并用能简化求解过程的二维混合协调法对优化配置进行求解,用此法进行便携式机器人的可靠度配置合理易行,优化分配效果好.

This paper introduces a novel robot concept called wearable robots and explores its design method. A service-based network architecture has been developed. It involves extensions to the JINI network systems, the task coordination and management, the application of context-aware information, and the delivery of service. Using a fuzzy-logic-based decision-making system, the matching service can determine whether the service should be automatically delivered based on the information provided by the service, the...

This paper introduces a novel robot concept called wearable robots and explores its design method. A service-based network architecture has been developed. It involves extensions to the JINI network systems, the task coordination and management, the application of context-aware information, and the delivery of service. Using a fuzzy-logic-based decision-making system, the matching service can determine whether the service should be automatically delivered based on the information provided by the service, the client, and the lookup service and the context sensors. An application has been implemented to demonstrate the feasibility of this distributed service-based robot architecture.

提出一种全新的便携式机器人的概念.研究了便携式机器人设计、便携式机器人管理系统的体系结构、控制管理模型以及任务的分配管理.在JINI基础上扩展了JINI的服务查找、分发机制.通过综合分析服务提供者状态、用户状态、系统性能以及上下文感知信息,经模糊决策确定是否给用户提供服务.本系统将通过“Pull”方式,或者“Push”方式给用户(或第三方用户)提供所需的网络服务.利用一个应用实例说明系统的应用情况.

 
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