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Optics and AcousticsAcoustic Detection and Detectors

Mixture Resolving Signal Processing with Applications in Communications/Radar/Sonar Theory and Systems - Theory and Experimental.

Authors: William D. Gregg; Claude Fiestel; Joseph Kozuh; Ken Culp; TEXAS UNIV AT AUSTIN COMMUNICATIONS THEORY AND SYSTEMS RESEARCH LAB
Abstract:
Partial Contents: Receiver Structures and Performance Characteristics of Optimized Array and Diversity Receiving Systems; Optimization of the Detectability of Array and Diversity Receiving Systems; Optimum Demodulation and Information Extraction for Continuous Time Functions under Broad Channel Impairment Conditions; and Optimal Signal Design for Fading Incoherent Channels.

Description: Interim research summary rept.
Pages: 22
Report Date: 20 OCT 1967
Contract Number: NObsr93124, AFOSR67766
Report Number: A747660

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Keywords relating to this report:
*INFORMATION THEORY
*SIGNAL PROCESSING
ALGORITHMS
CLASSIFICATION
CONVERGENCE
DECISION THEORY
DEMODULATION
DETECTION
DIGITAL SIMULATION
DISCRIMINATION
DIVERSITY RECEPTION
ESTIMATES
MIXTURES
MONTE CARLO METHOD
RADIO SIGNALS
RESOLUTION
SONAR SIGNALS
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