The Journal of Perceptual Imaging publishes multidisciplinary research that explores how principles of perception and cognition support and inspire new technologies, and how emerging technologies drive new questions for perceptual research. Experimental, theoretical, algorithmic, and survey papers are welcome.JPI is an open access, peer-reviewed publication of the Imaging Science and Technology Society (IS&T). Submit to JPI
I created the curriculum for, and lectured in, the core course in Data Visualization and Design, which taught visualization for communication and for analysis through hands-on projects with real data.
I founded HVEI in order to build a multidisciplinary community of scientists and technologist working at the intersection between perception, cognition and emerging electronic technologies. The topics evolved over the years, reflecting the evolution of technology. The reach continues to be broad under the current leadership, including early vision models, digital coding, image quality, attention, visualization, multisensory interfaces, brain imaging, art and design.
October 12, 2021
Paper at Vis2021. Our paper called "Touching Art: A Method for Visualizing Tactile Experience," will be presented at the Alt-Vis Workshop co-located with Vis2021. Here's the link to the preprint: https://arxiv.org/pdf/2110.00686.pdf . IEEE is totally virtual this year, and registration is inexpensive. Hope to see you there!
October 2, 2021
VisLies. Tune in to VisLies at IEEE Visualization2021, where Ken Moreland and I will be leading another animated session filled with laughter and tears. Check out the VisLies Web Site and Gallery, http://vislies.org, and click here to sign up to present. Tuesday, October 26 at 3:00 CDT.
October 2, 2021
For previous happenings, click here:
The same data with two different color maps. The rainbow colormap (left) obfuscates the features in this visualization of Florida; the perceptual colormap (right) provides a more faithful representation of the data. Rogowitz and Treinsh, 1998.
In the Higgs-Boson experiment, two specially-constructed beams of particles were set to collide in front of a particle detector. All four panels show the mass (GeV/C2) of hundreds of trillions of collisions. The hypothesized Higgs-Boson was predicted to have a mass of 125-127 Giga Electron Volts. The top left panel uses a rainbow colormap to represent the mass across the detector. The data were log transformed (bottom left), then a colormap with monotonic luminance was used (bottom right), and, in the top right, the mass was redundantly mapped onto a height, producing a visualization that clearly shows the mass signature of the Higgs Boson. Rogowitz and Couet, CERN 2013
Interactive Visualization - the Visualization and Visual Analysis (ViVA) Workbench
At IBM Research, my group developed an interactive visualization and analysis package, which we licensed to SPSS and used in IBM offerings, such as FAMS. ViVA offers over 20 linked visualizations, with color brushing, plus a library of over 250 mathematical functions. Download it free from Source Forge!
Working with Johns Hopkins University, we developed a method for linking a 3-D model of the heart with 2-D visualizations of parameters of an underlying finite element model. A 3-d model of a heart is shown in the top left panel. For every point in the heart, there are values of a finite element model, which are visualized in the scatterplot and histogram. In this example, the analyst has marked two regions in the histogram, corresponding to two different ranges of the variable 'Calcium in the Subspace of the Heart Organelle' and can immediately see which areas of the 3-D heart have these values. Gresh, Rogowitz, Winslow, Scollan, Yung, 2001.
Rogowitz, B.E., Topkara, M., Pfeifer, W., and Hampapur, A., Perceptual Evaluation of Visual Alerts in Surveillance Videos, Proceedings of the SPIE, Conference on Human Vision and Electronic Imaging (2015)
Rogowitz, B. E., "Perceptual approaches to finding features in data," Proceedings of the SPIE, Vol 8651, Conference on Human Vision and Electronic Imaging XVIII (2013)
Rogowitz, B.E. and Goodman, A., “Integrating human- and computer-based approaches for feature extraction and analysis,” Proceedings of the SPIE, Vol. 8291, SPIE/IS&T Conference on Human Vision and Electronic Imaging XVII (2012), 82910W.
Rogowitz, B.E.and Matasci, N., ""Metadata mapper: a user interfaces web service for mapping data between independent visual analysis components, guided by perceptual rules," Proc. of the SPIE, Vol. 7865 (2011)
Rogowitz, B.E., Pappas, T, and Allebach, J. "Human Vision and Elecronic Imaging," chapter in Handbook of Optics, edited by Bass, M., Enoch, J, and Lakshminarayanan, V. Volume III: Vision and Optics, McGraw Hill, 2010
RECENT HONORS AND AWARDS
2015 IS&T Honorary Member
Honorary membership, the highest award bestowed by the Society, recognizes outstanding contributions to the advancement of imaging science or engineering,
Bernice E. Rogowitz
for outstanding leadership, teaching, research, and building a multi-disciplinary community of scientists and technologists as conference chair of the Human Vision and Electronic Imaging Conference
Bernice Rogowitz is a multidisciplinary scientist, working at the intersection of human perception, imaging, and visualization. Dr. Rogowitz received her BS in experimental psychology from Brandeis University and PhD in vision science from Columbia University. She was a Post-Doctoral Fellow in the Laboratory for Psychophysics at Harvard University.
For many years, she was a scientist and research manager at the IBM T.J. Watson Research Center, and is currently active in research and teaching through her consulting company, Visual Perspectives. Her work includes fundamental research in human color and pattern perception, novel perceptual approaches for visual data analysis and image semantics, and human-centric methods to enhance visual problem solving in medical, financial, and scientific applications. As the founder and co-chair of the IS&T conference on Human Vision and Electronic Imaging, she has been a leader in defining the research agenda for human-computer interaction in imaging, driving technology innovation through research in human perception, cognition, and aesthetics.
SPIE Fellow, January 20, 2009:
"Dr. Rogowitz's fellow promotion is for specific achievements in human vision applications in electronic imaging. She has been a leader in research in perceptual areas relevant to imaging and visualization systems, in developing interactive software systems based on her deep understanding of these issues, and building a community linking the engineering and human vision communities.
Her research in human and machine vision and image processing has included important contributions to many aspects of spatial vision, spatial-temporal interactions, shape perception, color vision, and image perception. Rogowitz has applied this fundamental knowledge to a wide variety of engineering tools and applications from measuring display artifacts, to representing meaning in data visualization, to navigating more naturally through a digital archive of images, to conveying the sense of touch in 3-D virtual environments.
Dr. Rogowitz is very active in the optics community both with her collaborative work and with scientific societies. She is a fellow of the IS&T, a senior member of IEEE, and an active leader with SPIE. She is the founder and co-chair of the SPIE/IS&T Conference on Human Vision and Electronic Imaging. For her work she has been honored as a National IS&T Distinguished Lecturer and received the IS&T/SPIE Award in Recognition of Outstanding Achievement."
IS&T Conference on Human Vision and Electronic Imaging (1989-present)