PULSE STRUCTURES FOR ENHANCED ACCURACY

A discussion is presented of a new method, called TAM (Tangent Approximating Manifold), of designing electrical measuring systems which gives approximately optimum estimates of the various signal parameters. TAM was applied to the measurement of target range, doppler, acceleration,AND TO THE TARGET...

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Bibliographic Details
Main Authors: GARDNER,R K, WILLIAMS,T L, ZEIGER,K K
Format: Report
Language:English
Subjects:
CIRCUITS
DATA STORAGE SYSTEMS
DOPPLER RADAR
INTERMEDIATE FREQUENCIES
MEASUREMENT
NOISE GENERATORS
POSITION FINDING
RADAR PULSES
RADAR RECEIVERS
RADIOFREQUENCY FILTERS
RANGE FINDING
TARGET RECOGNITION
VELOCITY
VIDEO SIGNALS
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Summary:A discussion is presented of a new method, called TAM (Tangent Approximating Manifold), of designing electrical measuring systems which gives approximately optimum estimates of the various signal parameters. TAM was applied to the measurement of target range, doppler, acceleration,AND TO THE TARGET MULTIPLICITY PROBLEM. A TAM network was built for measuring target position, velocity, and multiplicity. A target simulator was built which can generate 2 targets with different amplitudes, dopplers, and ranges. Using a single output from the target simulator, the accuracy of the TAM network can be measured. Using the two-target output, the multiplicity property of TAM filters can be obtained. (Author)