抓取的的英文

• grabbing

• "抓取"英文翻译    grab; overshot
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "抓取的工具" 英文翻译 :    claw
• "抓取的帧" 英文翻译 :    grabbed frame
• "只显示新抓取的文件" 英文翻译 :    show only new files
• "抓取" 英文翻译 :    grab; overshot◇抓取重量 weight capacity; 抓取装置 grab
• "键抓取" 英文翻译 :    key grabbing
• "攫取,抓取" 英文翻译 :    grab
• "抓取机" 英文翻译 :    grab
• "抓取面" 英文翻译 :    gripping surface
• "抓取器" 英文翻译 :    gripper
• "抓取钳" 英文翻译 :    grasping tongs
• "抓取指" 英文翻译 :    gripping finger
• "逼取的" 英文翻译 :    extortive
• "抽取的" 英文翻译 :    draw-out; extractive
• "存取的" 英文翻译 :    bit-oriented
• "合取的" 英文翻译 :    conjunctive
• "进取的" 英文翻译 :    aggressive; upand-coming
• "可取的" 英文翻译 :    adisable; advisable; honest; preferable
• "提取的" 英文翻译 :    extd extracted; extractive; selective
• "先取的" 英文翻译 :    preferential
• "预取的" 英文翻译 :    prefetched
• "萃取的" 英文翻译 :    extractive
• "按键抓取" 英文翻译 :    button grabbing
• "按钮抓取" 英文翻译 :    button grabbing

• Above that we have a new element called
  抓取的数据元素i中包含一个新的元素，叫做
• So , it won ' t just be some qualitative thing that we can grab onto and say , yes , computers will eventually cost one dollar
  因此,它将不会仅仅是我们能抓取的一些性质上的事物在而且之上是的说计算机将会最后值了一元。
• Thus , theoretically speaking , the recorded audio frequency only corresponds to 22 . 05 khz - which would place it very close to the upper listening limit
  理论上，数据抓取的频率应该相当于22 . 05khz ，非常接近于我们听力接收的上限。
• We ' re able to place fewer restraints on sites that we crawl for this supplemental index than we do on sites that are crawled for our main index
  在为此补充索引进行抓取的网站上，与为主要索引而进行抓取的网站不同，我们可以设置较少的限制。
• Secondly , an autonomous grasp planning method is studied in consideration of the characters of the objects and the grasp tasks , which includes : ( 1 ) grasp mode planning algorithm . a knowledge base of grasp mode is constructed
  其次,根据该模型,通过综合考虑被抓取物体的物理信息和抓取的任务要求,研究了一种自主抓取规划方法,包括: ( 1 )抓取的模式规划。
• Simulation results show that the rbfnn has better classification performance . ( 2 ) grasp force planning algorithm . by the sumt technique , this dissertation provided a minimum grasp force algorithm to solve the multifingered grasp force problem
  首先根据已有信息建立了抓取模式的知识库,然后分别采用bp网络和rbf网络研究了抓取模式的分类问题,仿真结果表明后者具有更好的分类性能; ( 2 )抓取的力规划。
• Thirdly , based on the geometrical differential constraints and force balancing constraints of the coordinated flexible manipulators , the mutual relationships between the kinematic and dynamic parameters in static configuration have been presented . the manipulation stiffness of the coordinated system has also been proposed . the manipulability of the flexible robot system has been then analyzed in two aspects : i ) the global characteristics in the manipulation workspace based on the manipulation stiffness ; ii ) the local property of the reachable boundary of generalized forces
  然后，利用柔性机器人协调抓取的几何微分约束和力平衡约束，通过深入分析系统在静态位形时其内部各运动参量和力参量之间的关系，定义了系统的操作刚度，从两个方面对系统的操作性能进行了分析： 1 ）操作空间中，基os于系统操作刚度的全局特性； 2 ）在一定约束的条件下，系统操作力矢端可达二边界的局部特性。
• The main work completed in the paper is listed as following : 1 . image function acquisition - , 2 . read bmp files by dib format ; 3 . drawing gray scale histogram ; 4 . choose a optimum threshold and make gray image become binary image - , s . find image ' s contour points by making inner points become empty and apply template matching on the contour points ; 6 . transform the object ' s beginning points ( pixel point ) to the ones in the image coordinate and the positions of in the corresponding three dimensions ; 7 . compute the position vector and the normal vector of the object
  选择一个最佳阕值，把灰度图像进行二值化处理； 5用掏空内部点法，找到图像的轮廓点，然后在轮廓点上进行模板匹配； 6把输出的目标物开始点(像素点)转化成图像坐标系中的点和对应的三维空间的坐标位置； 7计算目标物的位置矢量和法向矢量，根据机器人抓取面的法向矢量，找到机器人要抓取的平面； 8