2013 Presenters
| Presentation Title | Presenter | |
| Measurement Accuracy of a Mirrored Surface Measured Directly Using a Laser Tracker | Bob Elliott; Lockheed Martin, Sunnyvale | |
| Advanced Registration Methodology for Laser Scanners using High Accuracy Portable Metrology | Will Austin; API Services | |
|
Using a Laser Tracker to Actively Coordinate the Motion of a 3m Industrial Robot to Within 50 microns: An ongoing effort to accurately determine and correct positioning errors
|
David Novotny;NIST Boulder | |
| Usability engineering: The surface becomes the (touch) screen | Erik Klaas; 8tree, Germany | |
| Proposed E57.02 Range Measurement Performance Standard for Medium Range 3D Imaging Systems | David MacKinnon; NRC Canada | |
| A novel coordinate measurement system based on frequency scanning interferometry | Ben Hughes; NPL, UK | |
| 50-micron Hole Position Drilling Control using Laser Tracker Control Robots | Scott Sandwith; New River Kinematics | |
| Laser Tracker Position Optimization | Zheng Wang; University of Bath, UK | |
| Single-Path Laser Tracker Ranging Calibration Method | Chris Blackburn; NIST Gaithersburg | |
| Integrated Photogrammetry for Automated 3D Metrology | Stefan Hoheisel; GOM Germany | |
| Implementing Modern Metrology Processes into Aerospace Tooling & Manufacturing | Greg Miller; Lockheed Martin, Marietta | |
|
“Process-To-Part” Robotic Machining and Metrology for Large Nuclear Power Plant Component Manufacture: Capability of a Photogrammetry-Based Solution
|
Joshua Barnfather; The University of Manchester, UK | |
| One Way ANOVA for Evaluating 3D Scanners for Industrial Applications |
C. Koteshwar Rao; ISRO Satellite Centre, Bangalore | |
|
Comparing the Uncertainty of Coordinate Metrology as a Function of Sampling Strategy in Optical and Tactile Inspection Systems
|
Ahmad Barari; University of Ontario Institute of Technology, Canada | |
| Fully Automated Non-Contact Full Body Inspection Cell at BMW |
Charlie Rohling; BMW & Pete Morken; Nikon Metrology | |
| Using Measuring Equipment to Reduce Manual Labor in Manufacturing | Philip Hewitt; Delcam, UK | |
| Survey of the NOvA Detectors at Fermilab |
Dr. Babatunde O’Sheg Oshinowo; Fermi National Accelerator Lab | |
| NIST’s Scale-bar Calibration System | Vincent Lee; NIST Gaithersburg | |
| Directed Laser Photogrammetry for Machine Guidance |
Brett Bordyn; Variation Reduction Solutions, Inc. | |
| Overcoming Inspection Challenges Using Multiple 3D Sensors |
Kamal Khan; 3D Systems & Thomas Tong; 3D3 Solutions | |
| Metrology For Composite Tool Building | Paul Walsh; Coast Composites | |
| Evaluation of Dynamic Measurements with Laser Trackers |
Edward Morse; The University of North Carolina | |
|
Measuring Fuselage Skin Waviness for RVSM Airworthiness Compliance: A Quick, Accurate and Cost Effective Photogrammetric Solution
|
Jeffery Carron; Boeing, Wichita | |
| Non-Contact Fastener Flushness Inspection |
Chris Barrow; Lockheed Martin, Ft. Worth | |
| An Investigation into the Level Plane and the Curve of the Earth in Applied Laser Tracker Metrology | Greg Walls; East Coast Metrology | |
| Dual T-Mac Performance on a Large NC Machine | John Palmateer; Boeing, Seattle | |
| Increasing Machine Accuracy by Spatially Compensating Large Scale Machines for Use in Constructing Aerospace Structures | Todd Rudberg; Electroimpact |
