Adaptive Radar Resource Management by Peter Moo, Zhen Ding

By Peter Moo, Zhen Ding

Radar source administration (RRM) is key for optimizing the functionality of recent phased array radars, that are the first sensor for airplane, ships, and land structures. Adaptive Radar source administration offers an creation to radar source administration (RRM), providing a transparent evaluate of other ways and strategies, making it very compatible for radar practitioners and researchers in and universities.

Coverage contains:

  • RRM’s function in optimizing the functionality of recent phased array radars
  • The merits of adaptivity in imposing RRM
  • The position that modelling and simulation performs in comparing RRM performance
  • Description of the simulation device Adapt_MFR
  • Detailed descriptions and function effects for particular adaptive RRM techniques
  • The purely e-book totally devoted to adaptive RRM
  • A complete remedy of phased array radars and RRM, together with job prioritization, radar scheduling, and adaptive tune replace rates
  • Provides specific wisdom of particular RRM recommendations and their performance

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Example text

It also includes the simulation of two additional sensors: the infrared search and track (IRST) and the precision electronic support measurement (PESM). The benchmark package has the following features: • funded by NRL in 1994 (Benchmark 1) [93], 1995 (Benchmark 2) [99], and 1999 (Benchmark 3) [110]; • 60 × 60 array (3600 elements, Benchmarks 1, 2, and 3); • 4 GHz mono-pulse radar (Benchmarks 1, 2, and 3); • 6 maneuvering targets (Benchmarks 1 and 2) and 12 maneuvering targets (Benchmark 3); • MOP is the weighted average of energy and time (Benchmarks 1, 2, and 3); Overview of RRM Techniques 33 • consider FAs (Benchmarks 2 and 3); • consider ECM, standoff jammer (SOJ), and range gate pull off (RGPO) (Benchmarks 2 and 3); • consider sea-surface-induced multi-path and CSO (Benchmark 3); and • simulation of other sensors such as IRST and PESM (Benchmark 3).

It is therefore only part of the RRM solution. In particular, it does not consider beam scheduling over search and prioritized tracking tasks. Each track from the tracker simply asks for a detection, which consumes some radar resources. The proposed solution to Benchmark 3 does not use the IRST and the PESM for target detection. Further investigation is essential, including the incorporation of additional sensors to enhance the RRM performance. All the benchmark problems use a simplified performance criterion.

Also, the IMMPDAF with a coordinated turn model had better performance than that using a Wiener process acceleration model. The presented signal processing and tracking algorithms, operating in a feedback manner, provide an effective solution to Benchmark 3. 3 Comments In the benchmark problems, the update rate and energy are requested on the basis of need. There is no consideration given as to whether the required resources are available. This is a drawback for all the benchmark problems. Benchmark 3 is the most practical among the benchmark problems for naval applications.

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