Eric LaMar's Page

Current Organization

self employed

Profession

Other

If profession is "other", current profession is

medical visualization developer & researcher

Title

Senior Scientist

Subspecialty and Expertise in Radiology

visualization, large data handling

Undergraduate, Medical School, and Graduate School (Degrees, Major, and Institution)

PhD, UC Davis

Clinical, Academic, or Industry Experience

developer/researcher Vital Images

Clinical, academic, research, or business interests within radiology

visualization, collaborative computing, large data handling, data provenance & security

Publications, Honors, and Awards

1. Adaptive Border Sampling for Hardware Texture-based Volume Visualization
E.C. LaMar; SPIE2006, January 2006
2. Multi-Level Image Caching for Scientific Visualization
E.C. LaMar; SPIE2004, January 2004
3. On Issues of Precision For Hardware Texture-based Volume Visualization
E.C. LaMar; SPIE2004, January 2004
4. Error-based Temporal Cache and Reuse
C. Nuber, E.C. LaMar, K.I Joy, and B. Hamann; Geometric Techniques for Scientific
Visualization, 2003
5. Multi-Level Image Caching for Scientific Visualization
E.C. LaMar and V. Pascucci; IEEE Parallel Graphics and Visualization Symposium,
November 2003
6. A distributed-parallel multi-layered image cache for immersive exploration of
scientific data
E.C. LaMar and Falko Fuester, In Proceedings of the NSF Lake Tahoe Workshop on
Collaborative Virtual Reality and Visualization, November 2003
7. Using Graphs for Fast Error Term Approximation of Time-varying Datasets
C. Nuber, E.C. LaMar, V. Pascucci, B. Hamann and K. I. Joy; Data Visualization
2003 (Proceedings of VisSym '03), May 2003
8. Alpha dithering to correct low-opacity 8 bit compositing errors, P.L. Williams, R.J.
Frank, and E.C. LaMar. Lawrence Livermore National Laboratory Technical Report
UCRL-ID-153185, March 2003.
9. Approximation of Time-varying Multiresolution Data Using Error-based Temporalspatial
Reuse
C. Nuber, E.C. LaMar, B. Hamann and K.I. Joy; SPIE2003, January 2003
10.A Magnification Lens for Volume Visualization
E.C. LaMar, B. Hamann, and K.I. Joy; Pacific Graphics 2001, October 2001
11. Multiresolution Techniques for Interactive Texturing-based Rendering of Arbitrarily
Oriented Cutting-Planes
E.C. LaMar, M.A. Duchaineau, B. Hamann, and K.I. Joy; Data Visualization 2000
(Proceedings of VisSym '00), May 2000
12.Multiresolution Techniques for Interactive Hardware Texturing-based Volume
Visualization
E.C. LaMar, B. Hamann, and K.I. Joy; SPIE2000, January 2000
13.Multiresolution Techniques for Interactive Hardware Texturing-based Volume
Visualization
E.C. LaMar, K.I. Joy, and B. Hamann; IEEE Visualization, October 1999

Professional and Society Memberships

ACM, IEEE

Job preferences (location, salary, type of job, or other info)

software development/research in medical visualization or data handling

Interested in

everything