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         <description>The Advanced Manufacturing Series consists of reports, guides, recommendations, specifications, use cases, and data management methods related to the design, planning, implementation and operation of advanced manufacturing. Topics cover, but are not limited to, additive manufacturing, advanced composites, digital manufacturing, flexible hybrid electronics, integrated photonics, lightweight metals, and smart manufacturing. AMS is divided into subseries for specific groups and document types.</description>
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         <title>Design and Application of the Reconfigurable Mobile Manipulator Artifact (Rmma)</title>
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    <subject>
         <topic>Automatic guided vehicle (AGV)</topic>
         <topic>Coordinate registration</topic>
         <topic>Experimental design</topic>
         <topic>Ground truth</topic>
         <topic>Mobile manipulators</topic>
         <topic>Mobile robots</topic>
         <topic>Optical tracking system</topic>
         <topic>Peg-in-hole assembly</topic>
         <topic>Reconfigurable mobile manipulator artifact (RMMA)</topic>
         <topic>Robotics in manufacturing</topic>
         <topic>Statistics</topic>
         <topic>Systems integration</topic>
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         <namePart>Aboul-Enein, Omar.</namePart>
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    <name type="personal">
         <namePart>Yoon, Soocheol.</namePart>
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    <name type="personal">
         <namePart>Li-Baboud, Ya-Shian.</namePart>
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         <namePart>Engineering Laboratory</namePart>
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    <abstract>Robot arms onboard mobile bases, or mobile manipulators, are advancing and measurement of these systems is critical for robust safety and performance. As mobile manipulators flexibly fixture (i.e., do not fasten) to a worktable or object, they require advanced systems to measure how well they can perform tasks, such as assembly or inspection. The National Institute of Standards and Technology (NIST) has developed a measurement concept that uses the NIST-designed, Reconfigurable Mobile Manipulator Artifact (RMMA) as the worktable/object. The RMMA includes fiducials with relatively high uncertainty, as compared to the mobile manipulator pose performance, that are measured using a mobile manipulator wielded camera or laser retroreflector sensor as the end-effector. The intent of developing the RMMA is for mobile manipulator manufacturers, users, and researchers to perform in-situ measurement during production or research for frequent system calibration. This paper describes the RMMA design and past RMMA evaluation using an automatic guided vehicle and a mobile robot, each supporting a six degree-of-freedom industrial robot arm, and RMMA/mobile manipulator ground truth measurement using an optical tracking system, also with relatively high uncertainty as compared to the mobile manipulator.</abstract>
    <note type="statement of responsibility">Roger Bostelman; Omar Aboul-Enein; Soocheol Yoon; Ya-Shian Li-Baboud.</note>
    <note>August 2022.</note>
    <note>Title from PDF title page (viewed January 4, 2023).</note>
    <note type="bibliography">Includes bibliographical references.</note>
    <note type="venue">Approved by the NIST Editorial Review Board on 2022-04-05</note>
    <note type="system details">Mode of access: World Wide Web.</note>
    <note type="system details">Systems requirements: Adobe Acrobat PDF reader.</note>
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         <topic>Experimental design</topic>
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         <topic>Mobile robots</topic>
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         <topic>Statistics</topic>
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         <topic>Systems integration</topic>
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         <topic>Automatic guided vehicle (AGV)</topic>
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         <topic>Coordinate registration</topic>
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         <topic>Ground truth</topic>
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         <topic>Optical tracking system</topic>
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    <subject>
         <topic>Peg-in-hole assembly</topic>
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    <subject>
         <topic>Reconfigurable mobile manipulator artifact (RMMA)</topic>
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    <subject>
         <topic>Robotics in manufacturing</topic>
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              <title>NIST advanced manufacturing series; NIST AMS; 100-46</title>
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