• 同时本文还分析了虚拟常规抓取过程,提出了相应抓取算法

    In addition, common process of virtual grasping has been analyzed and a new grasping algorithm has been presented.

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  • 抓取算法研究提高系统性能,减轻操作者的劳动强度具有重要意义

    The research of grasp algorithm has important meaning to the system enhancement and labor intensity relief.

    youdao

  • 不同搜索引擎使用不同的算法抓取索引网站

    Answer: different search engines use different algorithms to crawl and index sites.

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  • 首先基本网页分析算法进行分析综述基于广度优先策略最佳优先策略的网页抓取方法

    Firstly, the basic algorithm to analyze web analytics Summary: If breadth-first strategy based on priority strategies and best way to crawl web pages.

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  • 机器人抓取试验系统研究,有效地识别定位各个环节整合联系,增强匹配算法实用性

    The test system of robot grab can effectively link the process of identify and locate together, and strengthen the practicability of matching algorithms.

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  • 提出一个通用抓取实时控制算法

    An algorithm suitable for real time grasping force control of multi fingered hands is proposed.

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  • 提出一个同时适于机器人抓取封闭定性定量分析非线性规划算法

    A nonlinear programming algorithm suitable for both qualitative and quantitative analyses of force closure in multi fingered robotic grasping is proposed.

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  • 着重介绍专题训练网页页面分析技术抓取策略建立索引经典算法以及专题网络蜘蛛的设计规则,介绍本文分类策略和方法

    Introduction was mainly focused on training set, page analysis technology, algorithm of web links and web spider, and described the strategy approach to this paper.

    youdao

  • 算法首先摄像机摄取机器人所在环境图像然后经过计算机处理,从中识别出目标机械零件开始位置机器人抓取面。

    Firstly, it gets the image by vidicon in the environment where the robot is. Then the computer processes the image and recognizes the beginning position of the part and the plane grasped by the robot.

    youdao

  • 初始位置出发,提出一种不断方向改进抓取性能最后收敛最优抓取位置的迭代算法

    Starting at the initial arrangement, an iterative algorithm is proposed to continuously improve grasp performance towards the optimal direction and finally converge to the optimal grasp arrangement.

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  • 初始位置出发,提出一种不断方向改进抓取性能最后收敛最优抓取位置的迭代算法

    Starting at the initial arrangement, an iterative algorithm is proposed to continuously improve grasp performance towards the optimal direction and finally converge to the optimal grasp arrangement.

    youdao

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