Dwell Time Minimization for Unambiguous Radar Range and Doppler Measurements

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Authors
  1. Daniel, A.M.
Corporate Authors
Defence Research and Development Canada, Ottawa Research Centre, Ottawa ON (CAN)
Abstract
With the advent of modern phased-array radar systems, the classic problem of disambiguating radar range and velocity measurements can be recast in the context of radar resource management as being a problem about achieving some desired unambiguous range and velocity while using a minimal amount of time. This paper develops a method for unambiguous range and velocity extension that combines features of traditional multiple-pulse-repetition-frequency and waveform-diverse approaches in order to mitigate their respective shortcomings. This scheme is paired with an optimization framework that minimizes the total dwell time subject to constraints fixing minimum detection performance. Analysis of the optimization problem reveals a hidden convexity that forms the basis of a branch-and-bound solution, which is evaluated numerically to generate insight into the relationship between the parameters and performance of the system. Simulation is then used both to validate the scheme generally and to identify some practical shortcomings. Future research directions are identified to mitigate these shortcomings and to make the scheme a plausible candidate for real-time use in a practical radar resource management framework, including the use of more sophisticated waveforms, the development of a real-time solution heuristic, and the incorporation of clutter into the system model.

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Keywords
Radar Signal processing;Radar Souce management (RSM)
Report Number
DRDC-RDDC-2019-R006 — Scientific Report
Date of publication
01 Jul 2019
Number of Pages
86
DSTKIM No
CA049819
CANDIS No
810654
Format(s):
Electronic Document(PDF)

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