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CMSC Measurement Zone, Education Zone, Workshops, and More
Engage in a range of educational activities using advanced portable metrology equipment.
Measurement of detailed features as part of large-scale measurement
Introducing your 2016 CMSC Measurement/Education Zone
Since 2010, the former measurement study, now measurement zone, has been at the forefront of the Coordinate Metrology Society Conference.
Photogrammetry Measurements of Passenger Entry Doors
CMSC 2018 Presentation - Network Based Measurement Solution for Seam Gap and Mismatch Measurement on the F-35 Joint Strike Fighter
CMSC 2018 Presentation - A New Model for Spherical Instrument Measurement Uncertainty
Determining Laser Tracker Alignment Errors Using a Network Measurement
Quantifying Alignment Effects in 3D Coordinate Measurement
Measurement Accuracy of a Mirrored Surface Using a Laser Tracker
CMSC 2018 Presentation - Advanced Metrology Development For Fastener Measurement
Noncontact Measurement of Mirrors With a Laser Tracker
Dynamic Metrology and ASTM E57.02 Dynamic Measurement Standard
Focus Probing – fast optical lateral probing for dimensional measurements
Automated Outer Mold Line Measurement and Control
X-Ray CT Proposed Measurement Study
A New Model for Spherical Instrument Measurement Uncertainty
Modeling uncertainty as point clouds is a good method for visualizing measurement uncertainties. Monte Carlo methods are often used to generate these point clouds by adding errors to a measurement and then iterating through tens or hundreds of measurement cycles. The result, when plotted, appears as
Optimization of 3D Target Measurement Accuracy for the Leica ScanStation P20
Automated, Targetless Photogrammetric Measurement: Potential and Limitations
Laser Tracker Accuracy Certification for Large-Volume Measurements
Integrating Inertial Sensors With Optical Measurement Systems
Measurements in Confined Spaces
Boeing In-Flight Wing Deflection Measurement
The Adaptive Measurement Template
Measurement, Control and Minimization of Thermal Shift in Superconducting Devices
CMSC 2018 Presentation - Laser Tracking Measurement System Based on Dual Femtosecond Optical Frequency Comb
Wing Interior Structure Measurement Solution: Rotating Laser Scanner–Tracker Integration
Fast Endoscopic Geometry Measurement with Fiber-Based Fringe Projection for Inner Geometries
Close-Range Photogrammetry: A Tool for Shape Measurement and Reflector Alignment
A Novel Coordinate Measurement System Based on Frequency Scanning Interferometry
Underwater Photogrammetric Verification of Nuclear Fuel Assemblies via Natural Feature Measurement
Intelligent Measurement Processes in 3D Optical Metrology: Producing More Accurate Point Clouds
NRCC Experiments for ASTM E57 Medium-Range Measurement Error Standards Development
Photogrammetric Measurement of Cabin Bracket Riggings on the Airbus 350
The Coordinate Metrology Society and PrecisionPath Consortium Launch a 3D Measurement Industry Survey
Calling Users and Managers of CMMs, Industrial Scanners, and Portable Metrology Systems to Participate in Study Weatherford, TX – May 19, 2020 – The Coordinate Metrology Society (CMS) in collaboration with the PrecisionPath Consortium (PPC) today announced the official launch of their 3D Measu
Six-Point Method for Spatial Angle Measurement of a Hydraulic-Driven Underwater Manipulator
Laser Tracking Measurement System Based on Dual-Femtosecond Optical Frequency Comb
Laser trackers are one of the most commonly used large-scale measurement systems in the ?elds of aircraft inspection, shipbuilding, automobile assembly, and other manufacturing sectors. Using a laser tracker can enable an operator to obtain an object’s spatial position through a combination of dis
CMSC 2018 Presentation - Application of Simulation Software to Coordinate Measurement Uncertainty Evaluations
Automatic 3D Measurement System with Laser Radar on a Boeing 787 Wing Skin
INTEGRATION OF LASER TRACKER SYSTEM IN BIW MEASUREMENT: A CASE STUDY IN AUTOMOTIVE INDUSTRY
Design for Measurement Assisted Determinate Assembly (MADA) of Large Composite Structures
Defining 3D Point Cloud Alignments based on 6DoF Sensor Location Measurements
Effects and Uncertainties Associated With Indirect Measurements of Points on Rigid Bodies
Modern High-Precision, High-Speed Measurement of Segments and Molds
The Coordinate Metrology Society and PrecisionPath Consortium Launch a 3D Measurement Industry Survey
Calling Users and Managers of CMMs, Industrial Scanners, and Portable Metrology Systems to Participate in Study Weatherford, TX – May 19, 2020 – The Coordinate Metrology Society (CMS) in collaboration with the PrecisionPath Consortium (PPC) today announced the official
Proposed E57.02 Range Measurement Performance Standard for Medium-Range 3D Imaging Systems
Targets for Relative Range Error Measurement of 3D Imaging Systems
Datum Transformation Analysis for Production Part Approval Using 3D Noncontact Measurement
QD Virtual Test and Measurement Expo - 4 New Interviews
Interviews from QD Virtual Test and Measurement Expo are now available starring Michelle Edwards, Randy Gruver, Scott Halliday and Joseph Sabol. Take a look...