Bruce M. Sabol

Publication List Details

Period

1981 - 2006

Number

9

Co-Authors

Environmental Characterization for Target Acquisition. Report 3. New Concepts for Evaluating Low-Grazing Angle Radar Measurements (2006)

Curtis, John O., Sabol, Bruce M.

In an attempt to develop a scene characterization methodology for long-range (2 to 7 km), low-grazing angle (

Aquatic Plant Control Research Program: Proceedings Annual Meeting (28th) Held in Baltimore, Maryland on November 15-18, 1993 (2006)

Decell, J. L., Jipsen, Wayne T., Smart, R. M., Sabol, Bruce M., Henderson, Jim E., Kirk, James P., ...

The 28th Annual Meeting of the U.S. Army Corps of Engineers Aquatic Plant Control Research Program was held in Baltimore, MD, on 15-18 November 1993, to review current research activities and to...

Environmental Characterization for Target Acquisition. Report 2. Analysis of Thermal and Visible Imagery (2002)

Sabol, Bruce M., Rivera, Salvador, Jr

Automated/Aided Target Recognition (ATR) systems are being developed for client and next generation attack and reconnaissance helicopters. Part of the development cycle consists of testing and...

Environmental Site Characterization for the Wide Area Mine Sensor Demonstration, Aberdeen Proving Ground, October 1988. (1998)

Sabol, Bruce M., Berry, Thomas E., Carnes, Ben L.

Under the proof-of-principle program for the development of a wide area mine (WAM), the US Army Engineer Waterways Experiment Station was responsible for characterization of the temperature...

Physics-Based Infrared Terrain Radiance Texture Model. (1998)

Weiss, Richard A., Sabol, Bruce M., Smith, James A., Bales, John W.

This report develops a physics-based semiempirical model for predicting the texture of an infrared (IR) image of terrain areas including soil, grass, and forest canopies. The model is based on an...

Environmental Effects of Dredging. Mapping Seagrasses for Dredging Operations, (1998)

Sabol, Bruce M., Shafer, Debroah J., Melton, Eddie, Jr

Seagrass beds represent some of the most valuable aquatic habitats within the marine ecosystem. They provide critical refuge and foraging grounds for a diversity of organisms, including crustaceans...

Innovative Techniques for Improved Hydroacoustic Bottom Tracking in Dense Aquatic Vegetation (1998)

Sabol, Bruce M., Johnston, Stephen A.

Detection of the true depth of the bottom beneath dense submersed aquatic vegetation is problematic using conventional hydroacoustic bottom tracking approaches. This may lead to underestimation of...

Advanced Digital Processing of Echo Sounder Signals for Characterization of Very Dense Submersed Aquatic Vegetation (1998)

Sabol, Bruce M., Burczynski, Janusz, Hoffman, Joel

Characterizing submersed aquatic vegetation (SAV) is important for a variety of purposes including ecological assessments, impact analyses of human activities, and planning control operations to...