Honors and Awards: Ford Motor Company Award for Faculty Advising - 2011
Research Expertise: Neuroengineering | Imaging | Signal Processing
Gershon's research interests are in the neural architecture of the visual system with its unique and elaborate response properties in space, time and color, which provide us with all the features and richness of our visual world. The main goals of his lab's research are to understand how the visual neural architecture is matched to the image and how it samples, codes and processes the different features of the image; and to identify the attributes of natural images that are most critical for coding in the visual system. Questions his research asks are: What are the significant correlations and functional relations among the different image features? How do critical parameters such as contrast in time, space and color and local and global details affect visual image processing? How does visual processing match and adapt to dynamic changes in the image? How does the visual system extract image features such as spatial detail and color? To investigate these questions, they apply quantitative analysis and simulation methods from image processing and neural networks that are rigorously based on known anatomy and physiology and explore the design principles and strategy underlying the visual system neural architecture.
Member of:
Affiliations: Member of the Institute for Neurological Sciences
Education:
PhD Engineering Science 1978 - Tel Aviv University
MSc Electrical Engineering 1975 - Tel Aviv University
BSc Electrical Engineering 1974 - Tel Aviv University
Recent Publications 
- Correction: Miniaturized, multiplexed readout of droplet-based microfluidic assays using time-domain modulation, Muluneh, M. | Kim, B. | Buchsbaum, G. | Issadore, D., Lab on a Chip, 2014
- Miniaturized, multiplexed readout of droplet-based microfluidic assays using time-domain modulation, Muluneh, M. | Kim, B. | Buchsbaum, G. | Issadore, D., Lab on a Chip, 2014
- Color categories revealed by non-negative matrix factorization of Munsell color spectra, Buchsbaum, G. | Bloch, O., Vision Research, 2002
- The elementary structure of natural color images and its possible neurophysiological correlates, Buchsbaum, G. | Tailor, D.R., Journal of Vision, 2001
- Color-opponent receptive fields derived from independent component analysis of natural images, Tailor, D.R. | Finkel, L.H. | Buchsbaum, G., Vision Research, 2000