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Manufacturing / Robots / Robotics / Automation / Robot / Simulation / Computer / Technology / Business / Industrial robot


F98-S4 Automated Three Dimensional Fabric Part Handling FACULTY ADVISORS:
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Document Date: 2011-11-09 04:35:19


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File Size: 262,91 KB

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City

Orlando / Preston / Polytecnico di Torino / Washington / Gunner / San Juan / /

Company

Tailored Clothing Technology Corporation / Demand Activated Manufacturing / Charles Stark Draper Lab Inc. / John Lloyd / Mechatronics Laboratory / Manufacturing Technology / Pullman / American Bag Corporation / Textile/Clothing Technology Corporation / Charles Stark Draper Laboratory / Apparel Ind. / /

Country

Puerto Rico / Italy / United States / Australia / /

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Event

Person Travel / /

Facility

port RCCL / QNX Real-Time Operating System Windows NT Task Level Program Robot Simulator QNX/QRobot port / Charles Stark Draper Laboratory / North Carolina State University / Advanced Robot Control Library / Clemson University / /

IndustryTerm

control algorithms / airbag manufacturing plant / automotive interior systems / fabric handling control systems / scale shirt collar folding systems / robotic control systems / Automatic fabric handling solutions / fabric handling equipment / machinery / bag manufacturing / engineered fabric product / quickest solution / real-time joint level control / high technology industries / intelligent software algorithms / software packages / robotic systems / manufacturing processes / application specific hardware / manufacturing lines / control algorithm / gripper technology / Potential applications / automated fabric parts manufacturing systems / research / manufacturing applications / automotive and aerospace industries / manufacturing / robot control systems / ever-increasing computing power / computer simulation tool / software tasks / fabric part handling technologies / automation systems / on automating entire apparel manufacturing lines / /

OperatingSystem

Unix / QNX / Windows NT / /

Organization

Charles Stark Draper Lab / MITI / American Congress / Society of Engineering Science Conference-SES98 / ARCL Robot Control Library Joint Level Control Client Force/Torque Sensor Client Joint Level Control I/O Board Client Air Valve Air Valve Gripper Tool Changer MultiQ Server Force/Torque Sensor Server MultiQ Board FT I/O Board Force / Dimensional Fabric Part Handling FACULTY / National Textile Center / CSIRO Division of Manufacturing Technology / Clemson University / North Carolina State University / /

Person

Taylor / Darren Dawson / Roberto Bigliani / Paul M. Taylor / Markus Loffler / Erkan Zergeroglu / Frank W. Paul / Peter Corke / Timothy G. Clapp / Jeffrey W. Eischen / Leonard Brewington / Nick Costescu / Christopher D. Rahn / /

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Position

joint level controller / TEAM LEADER / ADVISORS / PD controller / representative / /

Product

PUMA / /

ProgrammingLanguage

FL / C / C++ / /

ProvinceOrState

M.B. / Washington / Florida / North Carolina / /

PublishedMedium

Computer Graphics / /

TVShow

P.R. III / /

Technology

Unix / API / control algorithm / gripper technology / fabric part handling technologies / Operating System / Real-Time Operating System / control algorithms / intelligent software algorithms / ASCII / simulation / 6 F98-S4 algorithms / client/server / CAD / /

URL

http /

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