Adaptive Radar Resource Management by Peter Moo, Zhen Ding

By Peter Moo, Zhen Ding

Radar source administration (RRM) is essential for optimizing the functionality of contemporary phased array radars, that are the first sensor for airplane, ships, and land structures. Adaptive Radar source administration supplies an advent to radar source administration (RRM), proposing a transparent assessment of alternative techniques and methods, making it very compatible for radar practitioners and researchers in and universities.

Coverage contains:

  • RRM’s position in optimizing the functionality of contemporary phased array radars
  • The benefits of adaptivity in enforcing RRM
  • The position that modelling and simulation performs in comparing RRM performance
  • Description of the simulation instrument Adapt_MFR
  • Detailed descriptions and function effects for particular adaptive RRM techniques
  • The in basic terms ebook absolutely devoted to adaptive RRM
  • A accomplished therapy of phased array radars and RRM, together with job prioritization, radar scheduling, and adaptive music replace rates
  • Provides certain wisdom of particular RRM concepts and their performance

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Extra info for Adaptive Radar Resource Management

Example text

The beam scheduling and radar parameters have been optimized with respect to the radar/computer load. A more realistic rate-based approach was proposed by Tei-Wei [76], where real-time dwell scheduling was considered and significant performance improvement was achieved. This category of algorithms has some overlap with the NRL benchmark solutions discussed in the following section, as they both consider radar parameter optimization for better tracking performance. 5 Comments Adaptive update rate algorithms have been used in many radar systems.

Each benchmark participant provides a tracking algorithm denoted Tracking Algorithm. For each experiment, the tracking errors, radar energy, and time are saved. After the last experiment of the Monte Carlo simulation, the average tracking errors, average radar energy per second, and average radar time per second are computed for maintained tracks and the percentage of lost tracks is also computed. 7 Flow chart for Benchmarks 1 and 2 [93]. 8 Flow chart for Benchmark 3 [109]. 5 range gates. A constraint of 4% is to be imposed on the number of lost tracks.

12) j=1 J GM_TIAθ (j, i) = J j=1 J GM_TIAφ (j, i) = J j=1 where • • • • • • • TIA = mean target indication accuracy of all measurements of one target; GM_TIA = geometric mean target indication accuracy for all targets; R = range (m); θ = azimuth (rad); φ = elevation (rad); j = target index; and I = number of measurements. 13) where the time interval considered in the numerator of the above expression starts at the latest of either: • the time that an confirmed track for the target is first initiated, or • the time at which the confirmed track enters the defined target detection region if the target is being tracked before it enters the region, and ends at the earliest of either: • the time that an confirmed track with the highest track number for the target is terminated, or • the time at which the confirmed track leaves the defined target detection region.

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