glennsweeney.com
Stereo Scene Camera (Senior Project) - Glenn Sweeney
http://www.glennsweeney.com/projects/stereo-scene-camera-senior-project
Photo Research Spectroradiometer Control. Stereo Scene Camera (Senior Project). Test Target Measurement Software. Image Processing in Julia. Interrupt-Driven Analog Conversion With an ATMega328p. Stereo Scene Camera (Senior Project). As a senior in the Imaging Science program at RIT, I am required to complete a substantial project related to my field. Since I have spent most of my undergraduate career working for the Multidisciplinary Vision Research Lab. MVRL currently uses PositiveScience. These lightw...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/ourPublications.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. Matt Gregory, What are you looking at? Rochester Institute of Technology, Research at RIT, November 2013. Susan Gawlowicz, Computer Vision Helps RIT Graduate Student See the World. Rochester Institute of Technology, University News, Aug. 16 2012. Susan Gawlowicz, The Eye Has It: How Student-Geologists Learn in the Field. Rochester Institute of Technology, University News, May 10 2010. 22-22 Nov. 2013. Ldquo;Spher...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/fieldtrip.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. Mobile Eye-Tracking during University of Rochester's Earth and Environmental Science Department's Courses:. 102Q - “Earthquakes, Volcanoes, and Mountain Ranges in California: A Field Quest”. 202Q - “Plate Tectonics and Active Geologic Processes in California”. In coordination with the course(s) taught by Professor Dr. John A. Tarduno. MVRL) in the Chester F. Carlson Center for Imaging Science. We are in the proce...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/immersiveExperience.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. Experiments in Eye-Tracking during Immersive Viewing of Geologically Significant Scenes. All images were rendered through a custom structure-preserving projection and blending, and displayed at 5120x800 resolution. Differences between the projectors were carefully minimized for color variation and skew. Variability within the projected panorama only remained noticeable with cloud movements between individ...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/dataProcessing.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. For this project we have three distinct stages of data processing which we have called the Processing. To (pre-)process our mobile eye-tracking data, we are currently using the Yarbus software developed by Positive Science, LLC. And Dr. Jeff B. Pelz. You can find out more about SemantiCode from the following publication and patent:. US Patent No. 20,120,328,150). Published in the Proceedings of the Symposium on E...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/recentWork.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. Project News and Recent Work. June 29, 2014. Major web-page revisions and reorganization, hopefully making it easier to discover and understand our project. Future updates will likely include code and data repositories, for easy access to our open-source software and the imagery we've captured. June 09, 2014. May 19, 2014. March 26, 2014. Page has been updated with open-source free-to-use software from the ETRA 2...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/relatedWork.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. Interesting Links and Related Pages. Multidisciplinary Vision Research Laboratory. More links coming soon. Thank you for your patience! GEOVIS.CIS.RIT.EDU. This material is based upon work supported by the National Science Foundation. NSF) under Grant No. 0909588. Any opinions, findings, conclusions, or recommendations expressed in this material are those of the researchers and authors. The University of Rochester.
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/index.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. To our research project page. GEOVIS.CIS.RIT.EDU. June 29, 2014. This site contains all the public information, imagery, results, publications, and code for our “GeoVis” or “Active Vision” project. Here, we are studying mobile eye-tracking, natural-scene imagery, geoscience expertise, and the pedagogy of geoscience through imaging technologies. Dr John A. Tarduno. And Dr. Jeff B. Pelz. Or Dr Jeff B. Pelz. These m...
geovis.cis.rit.edu
MVRL: GeoVis Project
http://geovis.cis.rit.edu/dataAnalyses.html
An Active Vision Approach to Understanding and Improving Visual Training in the Geosciences. For this project we have three distinct stages of data processing which we have called the Processing. Data analyses are currently in-development, but we have begun to research applications of classical Recurrence Analysis, through the work of Ph.D. Candidate Tommy P. Keane. Eye-movement sequence statistics and hypothesis-testing with classical recurrence analysis. Software with Example Data (zip archive). NSF) u...