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Robot

Robot的相关文献在1985年到2022年内共计451篇,主要集中在自动化技术、计算机技术、肿瘤学、工业经济 等领域,其中期刊论文425篇、会议论文5篇、专利文献21篇;相关期刊248种,包括物流技术与应用、新潮电子、机器人技术与应用等; 相关会议5种,包括2008年中国信息技术与应用学术论坛、全国冶金自动化信息网2008年年会、第十四届全国计算机信息管理学术研讨会等;Robot的相关文献由814位作者贡献,包括全成根、华亚军、孙建等。

Robot—发文量

期刊论文>

论文:425 占比:94.24%

会议论文>

论文:5 占比:1.11%

专利文献>

论文:21 占比:4.66%

总计:451篇

Robot—发文趋势图

Robot

-研究学者

  • 全成根
  • 华亚军
  • 孙建
  • 魏钒
  • Yongjin Kwon
  • Baoye Song
  • Fei Lu
  • Hideharu Takahashi
  • Hiroshige Kikura
  • Jing Chen
  • 期刊论文
  • 会议论文
  • 专利文献

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    • Jingyi Huang; Shuaiyu Zhou; Hua Tu; Yuhong Yao; Qingshan Liu
    • 摘要: Dear editor,In this letter,we use a distributed optimization approach to solve a class of multi-robot formation problem with virtual reference center.We investigate the design and analysis of the constrained consensus algorithm to solve the optimization problem with a sum of objective functions with some local constraints.In the multi-robot system with virtual reference center,each robot has messages on its own constraints and objective function,as well as the message about the formation that interacts with the virtual reference center.At the same time,all the robots collaborate to find the minimum value of the function defined by the formation.To find the optimal formation,we propose an algorithm with fixed step size with better performance.In addition,we use a combination of the Hungarian assignment algorithm and the proposed formation algorithm to get the optimal matching formation of the multi-robot system.
    • 摘要: Task 1 When your robot vacuum cleaner(真空吸尘器)does its cleaning work,mind that it could pick up private conversations.Scientists have demonstrated that it is likely to spy on(窥探)private conversations using a common robot vacuum cleaner and its built-in Light Detection and Ranging(Lidar)sensor.
    • 刘天喜; 张雷
    • 摘要: BIM 正向设计在市政工程中还处于探索阶段,结构计算也是其中必不可少的部分。利用 Revit 与 Autodesk Robot Structural Analysis(下文简称 Robot)的双向“无缝连接”数据交互模块,将 BIM 模型与结构计算模型串联起来,保证两个模型的一致性,提高设计效率。
    • 摘要: 生物3D打印是利用3D打印机,将含有细胞、生长因子和生物材料的生物墨水打印出仿生组织结构的新兴技术,但目前仍无法制备具有生理功能并且可以长期存活的复杂组织。中国科学院遗传与发育生物学研究所和清华大学的研究团队突破了相关技术瓶颈,研究成果在《Bioactive Materials》发表,题为:A multi-axis robot-based bioprinting system supporting natural cell function preservation and cardiac tissue fabrication。
    • ZHU Sisi; ZHAO Peng; WAN Gang; ZHU Quanping; YANG Jin; HE Kai
    • 摘要: In order to automatically detect the corrosion on the piston rod of hydraulic hoist of hydropower station and find the location of corrosion conveniently and accurately,a piston rod defect detection robot based on machine vision was developed.Firstly,the structure of the robot is presented,the detection system introduces the data collection process in the process of image processing,using a laser camera to capture image information.After the image preprocessing,cascade filter and morphological images after operation,the image information of gradient data,the depth of the defect data is extracted.To acquire the information of image defects in concave and convex,after using the RGB color image information acquisition defects the camera,HSV space separation and median filter and morphological processing are used to extracti defects in the image color information.Finally for defect information coding for quad,through comprehensive information for defect recognition and using QT development the human-computer interaction interface is developed,which can realize the reality and statistics of the robot′s motion control and defect information.Through the experimental verification of the robot′s performance,it is proved that the reliability of the robot′s motion and the accuracy of defect identification meet the design goal.
    • Mitch Leslie
    • 摘要: In a narrow passageway beneath the city of Louisville, KY, USA, a meter-tall robot with a yellow, rectangular body and four limbs that resemble a dog’s legs carefully descended a rocky slope. But as the robot attempted to turn, it lost its footing and tumbled down the slope, landing on its side. A modified commercial model known as‘‘Spot,”the machine almost immediately began extending and rotating its legs, pushing against the floor of the passageway. In about 40 s, it stood upright again and resumed exploring the passage.
    • Dahyeon Kim; Chulsu Kim; Junho Ahn
    • 摘要: When firefighters are engaged in search and rescue missions inside a building at a risk of collapse,they have difficulty in field command and rescue because they can only simplymonitor the situation inside the building utilizing old building drawings or robots.To propose an efficient solution for fast search and rescue work of firefighters,this study investigates the generation of up-to-date digital maps for disaster sites by tracking the collapse situation,and identifying the information of obstacles which are risk factors,using an artificial intelligence algorithm based on low-cost robots.Our research separates the floor by using the mask regional convolutional neural network(R-CNN)algorithm,and determines whether the passage is collapsed or not.Then,in the case of a passage that can be searched,the floor pattern of the obstacles that exist on the floor that has not collapsed is analyzed,and obstacles are searched utilizing an image processing algorithm.Here,we can detect various unknown as well as known obstacles.Furthermore,the locations of obstacles can be estimated using the pixel values up to the bounding box of an existing detected obstacle.We conduct experiments using the public datasets collected by Carnegie Mellon university(CMU)and data collected by manipulating a low-cost robot equipped with a smartphone while roaming five buildings in a campus.The collected data have various floor patterns for objectivity and obstacles that are different from one another.Based on these data,the algorithm for detecting unknown obstacles of a verified study and estimating their sizes had an accuracy of 93%,and the algorithm for estimating the distance to obstacles had an error rate of 0.133.Through this process,we tracked collapsed passages and composed up-to-date digital maps for disaster sites that include the information of obstacles that interfere with the search and rescue work.
    • 公相
    • 摘要: 通过Robot Studio6.08环境中搭建虚拟码垛排序工作站,先分析ABB工业机器人离线编程环境中的Smart组件设计和信号连接;在重点分析程序算法。最后介绍,利用华航唯实CHL-JC-01实训工作站,成功实现物料码垛排序任务过程。
    • LIN YI
    • 摘要: While hitting manufacturing hard,the pandemic has also become an opportunity for smart manufacturers.The booth of AUBO Robotics,a Beijing-based company specializing in manufacturing robots,looked like a scene out of a scifi film.At last year’s Apsara Conference,an annual technology event held in Hangzhou in east China,two massage robots were presented.A woman lay face up on a makeshift bed,her shirt pulled up to expose her stomach.A white robot stood next to the bed.
    • 李蓉蓉
    • 摘要: 1Because of a lack of trained lifeguards to watch over swimming pools,a team of scientists from Germany has developed an underwater robot,intending to assist life⁃guards in rescuing swimmers in emergencies.2According to scientists,there are some typical postures that you can use to recognize when someone is in danger.The robot has been tested in a variety of settings including in⁃door pools and open water.If swimmers?movements are consistent with drowning,the infor⁃mation of the drowning person will be sent out.
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