2008 |
22 | EE | Israel Huff,
Chris Weigle,
David C. Banks:
Ensemble-space visualization improves perception of 3D state of molecular dynamics simulation.
APGV 2008: 163-170 |
21 | EE | Brian J. Thomas,
Jeremy E. Davis,
Grant D. Patten,
Paul A. Cleveland,
Peter J. Gilbert,
Matt T. Hogan,
Shane P. Fry,
John T. Foley,
Taha Mzoughi,
David C. Banks:
WebTOP: an X3D-based, web-delivered, interactive system for optics instruction.
Web3D 2008: 31-34 |
20 | EE | Chris Weigle,
David C. Banks:
A Comparison of the Perceptual Benefits of Linear Perspective and Physically-Based Illumination for Display of Dense 3D Streamtubes.
IEEE Trans. Vis. Comput. Graph. 14(6): 1723-1730 (2008) |
2004 |
19 | EE | David C. Banks,
Stephen A. Linton,
Paul K. Stockmeyer:
Counting Cases in Substitope Algorithms.
IEEE Trans. Vis. Comput. Graph. 10(4): 371-384 (2004) |
2003 |
18 | | David C. Banks,
Stephen A. Linton:
Counting Cases in Marching Cubes: Toward a Generic Algorithm for Producing Substitopes.
IEEE Visualization 2003: 51-58 |
2001 |
17 | EE | Monica K. Hurdal,
Kevin W. Kurtz,
David C. Banks:
Case Study: Interacting with Cortical Flat Maps of the Human Brain.
IEEE Visualization 2001 |
2000 |
16 | EE | Kiril Vidimce,
David C. Banks:
Multi-resolution Amplification Widgets.
Graphics Interface 2000: 3-10 |
15 | EE | Kiril Vidimce,
John T. Foley,
David C. Banks,
Yong-Tze Chi,
Taha Mzoughi:
WebTOP: 3D interactive optics on the Web.
Web3D 2000: 125-129 |
1999 |
14 | | David N. Kenwright,
David C. Banks,
Steve Bryson,
Robert Haimes,
Robert van Liere,
Samuel P. Uselton:
Automation or Interaction: What's Best for Big Data?
IEEE Visualization 1999: 491-495 |
1998 |
13 | EE | I. Ari Sadarjoen,
Frits H. Post,
Bing Ma,
David C. Banks,
Hans-Georg Pagendarm:
Selective visualization of vortices in hydrodynamic flows.
IEEE Visualization 1998: 419-422 |
12 | EE | Chris Weigle,
David C. Banks:
Extracting ISO-Valued Features in 4-Dimensional Scalar Fields.
VVS 1998: 103-110 |
1997 |
11 | EE | David C. Banks,
John T. Foley,
Kiril Vidimce,
Ming-Hoe Kiu:
Instructional software for visualizing optical phenomena.
IEEE Visualization 1997: 447-450 |
10 | EE | David C. Banks:
The imageswitcher: a design for reducing VR lag via parallel image generation.
Computers & Graphics 21(2): 171-177 (1997) |
9 | EE | David C. Banks:
Including graphics and visualization research in a master's-level course.
Computers & Graphics 21(3): 379-387 (1997) |
8 | | David C. Banks:
Screen-Parallel Determination of Intersection Curves.
Parallel Computing 23(7): 953-960 (1997) |
1996 |
7 | | Ming-Hoe Kiu,
David C. Banks:
Multi-Frequency Noise for LIC.
IEEE Visualization 1996: 121-126 |
6 | | Chris Weigle,
David C. Banks:
Complex-Valued Contour Meshing.
IEEE Visualization 1996: 173-180 |
5 | | David C. Banks,
Bernd Hamann,
Po-Yu Tsai,
Robert J. Moorhead,
Jonathan Barlow:
Data Reduction and Interpolation for Visualizing 3D Soil-Quality Data.
IEEE Visualization 1996: 421-424 |
1995 |
4 | EE | David C. Banks,
Michael Kelley:
Tracking a Turbulent Spot in an Immersive Environment.
SI3D 1995: 171-172, 216 |
3 | EE | David C. Banks,
Bart A. Singer:
A Predictor-Corrector Technique for Visualizing Unsteady Flow.
IEEE Trans. Vis. Comput. Graph. 1(2): 151-163 (1995) |
1994 |
2 | | David C. Banks,
Bart A. Singer:
Vortex Tubes in Turbulent Flows: Identification, Representation, Reconstruction.
IEEE Visualization 1994: 132-139 |
1 | EE | David C. Banks:
Illumination in diverse codimensions.
SIGGRAPH 1994: 327-334 |