Michael Rigney


Michael Rigney, Staff Engineer
Manufacturing Systems Department Automation & Data Systems Division	Phone: (210) 522-5104 Email: michael.rigney@swri.org

Links on the SwRI Web site for Michael Rigney:

News Release:

NASA robot uses SwRI-developed tools to sample life deep underwater

SwRI wins award for 3-D measurement tool

Brochure:

Southwest Research Institute® Support for the Automotive Industry

Photonics Technology

Computer Vision

Technology Today:

Before the Fall

Seeing in Black and White

IR&D Reports:

Development of an Automated Laser Depaint System, 10-R8155 (2011)

Development of an Automated Laser Depaint System, 10-R8155 (2010)

Investigation into Image Processing Techniques Capable of Distinguishing Minor Terrain Variations, 10-R8077 (2010)

Investigation into Image Processing Techniques Capable of Distinguishing Minor Terrain Variations, 10-R8077 (2009)

Three-Dimensional Strain Mapping in Highly Porous Structures, 18-R9676 (2009)

Three-Dimensional Strain Mapping in Highly Porous Structures, 18-R9676 (2008)

Direct Measurement of Operational Induced Strain Using Laser-Embossed Parts Marking, 18-R9549 (2006)

Investigation of Dynamic Structured Light (DSL) 3-D Data Artifacts for Geological Analog Modeling, 10-R9647 (2007)

Development of DSL Three-Dimensional Calibration Technique, 10-9535 (2005)

Image Processing Acceleration on Advanced Graphics Processors, 10-9434 (2005)

Visual Servoing for Flexible Robotic Assembly Tasks, 10-9410 (2005)

DISMAP Technology Upgrade, 18-9105 (2000)

Investigation of Animal Detection for Traffic Accident Mitigation, 10-9193 (2000)

Investigation of Machine Vision With Longwave Infrared Cameras, 10-9099 (2000)

Development of Precision Surface Profile Measurement Capability, 10-9197 (2001)

Development of Automated Monitoring of Critical Transportation Infrastructure, 10-9339 (2002)

Three-Dimensional Surface Profiling of Microstructures, 10-9327 (2002)

Automated Under-Vehicle Surveillance Capability Demonstration, 10-9286 (2002)

Identification and Interpretation of Martian Craters and Climate History, 15-9311 (2003)

Automated Monitoring of Waterways and Evaluation of Imagery Anomaly Detection Technologies, 10-9415 (2003)

Visual Servoing for Flexible Robotic Assembly Tasks, 10-9410 (2003)

Development of Automated Monitoring of Critical Transportation Infrastructure, 10-9339 (2003)

Three-Dimensional Surface Profiling of Microstructures, 10-9327 (2003)

Image Processing Acceleration on Advanced Graphics Processors, 10-9434 (2004)

Visual Servoing for Flexible Robotic Assembly Tasks, 10-9410 (2004)

Patents:

Eye Location and Gaze Detection System and Method, 7,682,026

Non-Contact Apparatus and Method for Measuring Surface Profile, 7,382,471

Non-Contact Apparatus and Method for Measuring Surface Profile, 7,061,628

Model-Based Incident Detection System with Motion Classification, 6,985,172

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Southwest Research Institute^®(SwRI^®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 11 technical divisions.

May 07, 2013