六自由度物体姿态的测量科学

R. Eastman, J. Marvel, J. Falco, T. Hong
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引用次数: 1

摘要

工业制造应用中感知系统的用户需要标准化的第三方地面真相程序,以便在部署前验证系统性能。许多制造机器人应用需要感知、检查或抓住零件和组件。这些应用需要精确感知物体在X, Y, Z位置的六个自由度(6DOF),包括滚转,俯仰和偏航。一个标准化的6自由度地面真值系统应该包括测试程序、算法、工件、夹具和测量设备。每个程序都必须公开记录,以便制造商、供应商和研究人员可以重新创建和应用程序。本文报道了制定6自由度位姿测量工业标准的工作。它包括使用激光跟踪器、铝制夹具姿态夹具和模块化中密度纤维板(MDF)姿态夹具的测试方法的设计。
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Measurement science for 6DOF object pose ground truth
Users of perception systems in industrial manufacturing applications need standardized, third party ground truth procedures to validate system performance before deployment. Many manufacturing robotic applications require parts and assemblies to be perceived, inspected or grasped. These applications need accurate perception of object pose to six degrees of freedom (6DOF) in X, Y, Z position with roll, pitch and yaw. A standardized 6DOF ground truth system should include test procedures, algorithms, artifacts, fixtures, and measurement equipment. Each of them must be openly documented so manufacturers, vendors, and researchers can recreate and apply the procedures. This article reports on efforts to develop an industrial standard for 6DOF pose measurement. It includes the design of test methods using a laser-tracker, an aluminum fixture pose fixture, and a modular, medium density fiberboard (MDF) pose fixture.
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