JOURNAL ARTICLE

<title>Description Of A Dry Film Tactical Laser Beam Recorder</title>

D. G. Herzog

Year: 1980 Journal:   Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE Vol: 0200 Pages: 125-143   Publisher: SPIE

Abstract

Much has been written and discussed on increasing reconnaissance information flow time for imaging systems. Recently, some very high performance, high resolution sensors have been tested or are about to be tested with a Tactical Laser Beam Recorder as the image generator, which significantly improves the reconnaissance information flow rate. A report will be given on the performance and several interesting and novel design features of the laser beam recorder in the reconnaissance applications of the Quick Strike Reconnaissance (QSR), Electronic Solid-State Wide-Angle Camera System (ESSWACS) and Long Range ELECTRO-OPTICAL RECONNAISSANCE SYSTEM (LOREORS). Other laser beam recorders have been designed to provide for a maximum of flexibility and control by the operator. They were also designed physically for a laboratory type of environment where all mechanical and environmental controls are well maintained. This paper describes a laser beam image recorder, which has been designed and fielded for exactly the opposite characteristic. That is, a minimum amount of flexibility for the operator, and a maximum of amount of control by a remote sensor minimizing the operator duties and requirements. It is also designed for the shelter environment of a tactical and field operation, where the environment is not so benign.

Keywords:
Flexibility (engineering) Laser Computer science Beam (structure) Generator (circuit theory) Laser beams Range (aeronautics) Optics Remote sensing Computer hardware Engineering Geology Physics Aerospace engineering Power (physics)

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Topics

Advanced Optical Sensing Technologies
Physical Sciences →  Physics and Astronomy →  Instrumentation
Infrared Target Detection Methodologies
Physical Sciences →  Engineering →  Aerospace Engineering
Advanced Measurement and Detection Methods
Physical Sciences →  Engineering →  Electrical and Electronic Engineering

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