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基于视觉识别技术的实时集装箱内自动码垛系统设计

Design of Real Time Automatic Container Stacking System Based on Visual Recognition Technology
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摘要 设计了一种通过视觉识别技术辅助移动式机器人在集装箱内部完成货物码垛操作的系统。阐述该系统在移动式机器人到位后,通过视觉识别建立集装箱的关键点并确定坐标系,将其作为动作偏移的纠偏信息反馈给机器人,以辅助移动式机器人在集装箱内部完成自动码垛操作,提高了运营效率。 This paper designs a system that uses visual recognition technology to assist mobile robots in completing cargo stacking operations inside containers.This system explains that after the mobile robot is in place,it establishes container key points and determines the coordinate system through visual recognition,and feeds them back to the robot as corrective information for action deviation,to assist the mobile robot in completing automatic stacking operations inside the container and improve operational efficiency.
作者 张文婷 胡燮韵 唐颖 崔晓隆 施皖皖 陈伟 ZHANG Wenting;HU Xieyun;TANG Ying;CUI Xiaolong;SHI Wanwan;CHEN Wei(Shanghai Tobacco Storage and Transportation Company,Shanghai Tobacco Group Co.,Ltd.,Shanghai 200439,China)
出处 《自动化应用》 2024年第13期35-37,共3页 Automation Application
关键词 视觉识别 码垛 机器人 visual recognition stack robots
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  • 1陆元九.惯性器件[M].北京:宇航出版社,1993.
  • 2VENABLE D. Implementation of a 3D Imaging Sensor Aided Inertial Measurement Unit Navigation System [ D ]. Ohio: The Russ College of Engineering and Tech- nology of Ohio University, 2008.
  • 3BEIS J S, LOWED G. Indexing without Invariants in 3D Object Recognition[ J]. IEEE Transactions on Pattern A- nalysis and Machine Intelligence, 1999,21:236-243.
  • 4Evan T Dill. Integration of 3D and 2D Imaging Data for Assured Navigation in Unknown Environments[ D]. Ohi- o: The Russ College of Engineering and Technology ofOhio University, 2011.
  • 5M Uijt de Haag, Venable D, Smearcheck M. Integra- tion of an Inertial Measurement Unit and 3D Imaging Sensor for Urban and Indoor Navigation of Unmanned Vehicles [ C ] //Proceedings of the National Technical Meeting of the ION, January, 2007:22 -24.
  • 6Fenton, RONALD C, R Rees Fullmer,et al. Design of Lidar-Based Sensors and Algorithms for Determining the Relative Motion of an Impaired Spacecraft [ C ] //Pro- ceedings of SPIE. Bellingham, WA : SPIE, 2005:809 - 827.
  • 7AMY T. Scheithauer. 3D Relative Position and Orienta- tion Estimation for Rendezvous and Docking[ D]. Ohio: the Russ College of Engineering and Technology of Ohio University, 2010.
  • 8JACKSON A D. Continuous Calibration and Aligment Technology for an All-Attitude Inertial Platform [ J ]. AIAA, 1991,8 : 1973 -865.
  • 9DOUCET A, GODSILL S, ANDRIEU C. On Sequential Monte Carlo Sampling Methods for Bayesian Filtering [ J]. Statistics and Computing, 2000,3 : 197 -208.
  • 10Per Johan. Sequential Monte Carlo Filters and Integrated Navigation[ D ]. Linkoping University, 2002.

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