| The image understanding architecture CC Weems, SP Levitan, AR Hanson, EM Riseman, DB Shu, JG Nash International Journal of computer vision 2, 251-282, 1989 | 299 | 1989 |
| The gated interconnection network for dynamic programming DB Shu, G Nash Concurrent computations: algorithms, architecture, and technology, 645-658, 1988 | 80 | 1988 |
| Computer vision architecture JG Nash, DB Shu US Patent 4,809,347, 1989 | 68 | 1989 |
| The 3-D computer MJ Little, RD Etchells, J Grinberg, SP Laub, JG Nash, MW Yung Proceedings1st International Conference on Wafer Scale Integration, 55-64, 1989 | 67 | 1989 |
| Cellular array having data dependent processing capabilities J Grinberg, JG Nash, MJ Little US Patent 4,933,895, 1990 | 61 | 1990 |
| Modified Faddeeva algorithm for concurrent execution of linear algebraic operations JG Nash, S Hansen IEEE Transactions on computers 37 (2), 129-137, 1988 | 60 | 1988 |
| Modified Faddeev algorithm for matrix manipulation JG Nash, S Hansen Proceedings of SPIE, Real Time Signal Processing VII., San Diego, CA, 39-46, 1984 | 57 | 1984 |
| A content addressable array parallel processor DB Shu, LW Chow, JG Nash Proceedings of the IEEE Workshop on VLSI Signal Processing, Monterey CA, 120-128, 1988 | 51* | 1988 |
| Computationally efficient systolic architecture for computing the discrete Fourier transform JG Nash IEEE Transactions on Signal Processing 53 (12), 4640-4651, 2005 | 40 | 2005 |
| Image understanding architecture and applications DB Shu, G Nash, C Weems Advances in Machine Vision, 297-355, 1989 | 36 | 1989 |
| Gated architecture for computer vision machine DB SHU, G NASH, C WEEMS Advances in Machine Vision, 297-355, 1989 | 30 | 1989 |
| VLSI processor arrays for matrix manipulation JG Nash, S Hansen, GR Nudd VLSI Systems and Computations, 367-378, 1981 | 28 | 1981 |
| Experimental determination of highly concentration‐sensitive effects of intervalley electron‐electron scattering on electric‐field‐dependent repopulation in n‐Si at 77 K JG Nash, JW Holm‐Kennedy Applied Physics Letters 24 (3), 139-141, 1975 | 26 | 1975 |
| VLSI Signal Processing II SY Kung, RE Owen, JG Nash IEEE, 1986 | 24 | 1986 |
| Digital systolic array architecture and method for computing the discrete Fourier transform J Nash, N James G. US Patent 7,120,658, 2006 | 22 | 2006 |
| Liquid-crystal electro-optical modulators for optical processing of two-dimensional data J Grinberg, WP Bleha, PO Braatz, K Chow, DH Close, AD Jacobson, ... Effective utilization of optics in radar systems 128, 253-266, 1977 | 22 | 1977 |
| Redundancy for yield enhancement in the 3-D computer MW Yung, MJ Little, RD Etchells, JG Nash Proceedings 1st International Conference on Wafer Scale Integration, 1989 …, 1989 | 18 | 1989 |
| Effect of electron-electron scattering on hot-electron repopulation in n-Si at 77 K JGNJW Holm-Kennedy Physical Review B 16, 2834, 1977 | 18* | 1977 |
| Effect of electron-electron scattering on hot-electron repopulation in n-Si at 77 K JGNJW Holm-Kennedy Applied Physics Letters 27, 38-41, 1975 | 18* | 1975 |
| An area-time efficient binary divider MD Ercegovac, T Lang, JG Nash, LP Chow IEEE Int. Conf on Comp. Design, Rye Brook, NY, 645-648, 1987 | 17 | 1987 |
