&lt;title&gt;Image-processing method of modeling underwater imagery from gated and gain-modulated scannerless range imagers&lt;/title&gt;

Edwards, John W.; Touma, Jimmy; Wellfare, Michael R.; Owens, Monte A.; Foster, Joseph; Foster, Donna; Blume, Bradley T.; Nellums, Robert O.; Leiben, Steve; Rish, Jeff W.; Wood-Putnam, Jody L.

doi:10.1117/12.391884

Cited by 2 publications

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“…As an alternative, most researchers used chemicals mixed with fresh water to simulate the actual turbid water in laboratory conditions. Witherspoon et al [37] and Edward et al [175] used Maalox [176] In early 90s, Fournier et al [34] and Chu et al [75] used a standard air force target in their underwater imaging experiment. Since then, the United State Air Force (USAF)…”

Section: The Testing Target In Simulated Water Conditionmentioning

confidence: 99%

Backscattering phenomena on range-gated imaging in short-range turbid water media

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Chapter 1 Introduction 1 1.0 1.1 v 2.3.2 Information generator-photon propagation 32 2.3.3 Input-photon generations 2.3.4 Input-system geometries 35 2.3.5 Input-seawater phase functions and IOP 2.3.6 The information processor 36 2.3.7 Convolution-TPSF and pulse length 2.3.8 MCM Validation 2.4 LIDAR Equations 38 2.5 Range-Gated Imaging Models 2.5.1 Computer modelling by J. S. Jaffe 2.5.2 Imaging model for range-gated imaging systems 46 2.5.3 Generic LIDAR model by McBride et al 2.5.4 Computer based underwater imaging analysis 2.6 Chapter Summary Chapter 3 The Monte Carlo Method for Reflected Image Temporal Profile (MCRITP) 3.1 Introduction to Reflected Image Temporal Profile (RITP) 3.2 The algorithm of MCRITP 3.3 Validation of MCRITP 3.4

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Section: The Testing Target In Simulated Water Conditionmentioning

confidence: 99%

Backscattering phenomena on range-gated imaging in short-range turbid water media

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Progress in the development of buried minehunting systems

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2003

Oceans 2003. Celebrating the Past ... Teaming Toward the Future (IEEE Cat. No.03CH37492)

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-In FY 2002, the Office of Naval Research (ONR) initiated a project to provide a deliberate capability for hunting buried sea mines. The objectives and approaches for this buried minehunting (BMH) project and the sensor technologies being pursued have been reported [1]. In this paper, we will describe progress and current status of this project, including developments in sensors, platforms, system concepts, and testing. Discussion of relevant tests that have been conducted for individual sensors and sensor combinations will be included. Future plans to test and demonstrate these technologies and concepts are discussed.

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<title>Image-processing method of modeling underwater imagery from gated and gain-modulated scannerless range imagers</title>

Cited by 2 publications

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Backscattering phenomena on range-gated imaging in short-range turbid water media

Backscattering phenomena on range-gated imaging in short-range turbid water media

Progress in the development of buried minehunting systems

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