Frequency Diverse Array Radar

Name: Frequency Diverse Array Radar
Brand: Biblioscholar
SKU: 9781288313389
Price: 63.69 EUR
Availability: InStock

Signal Characterization and Measurement Accuracy

Автор: H R Brady

Език:

Корици: С меки корици

Издател: Biblioscholar

Наличност: 50% вероятност

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Radar systems provide an important remote sensing capability, and are crucial to the layered sensing...

Информация за книгата

Автор

H R Brady

Език

Английски език

Корици

Книга - С меки корици

Издадена

2012

страници

240

EAN

9781288313389

ISBN

9781288313389

Enbook ID

08243067

Издател

Biblioscholar

Теглоt

435

Размери

189 x 246 x 13

Пълно описание

Radar systems provide an important remote sensing capability, and are crucial to the layered sensing vision; a concept of operation that aims to apply the right number of the right types of sensors, in the right places, at the right times for superior battle space situational awareness. The layered sensing vision poses a range of technical challenges, including radar, that are yet to be addressed. To address the radar-specific design challenges, the research community responded with waveform diversity; a relatively new field of study which aims reduce the cost of remote sensing while improving performance. Early work suggests that the frequency diverse array radar may be able to perform several remote sensing missions simultaneously without sacrificing performance. With few techniques available for modeling and characterizing the frequency diverse array, this research aims to specify, validate and characterize a waveform diverse signal model that can be used to model a variety of traditional and contemporary radar configurations, including frequency diverse array radars. To meet the aim of the research, a generalized radar array signal model is specified. A representative hardware system is built to generate the arbitrary radar signals, then the measured and simulated signals are compared to validate the model. Using the generalized model, expressions for the average transmit signal power, angular resolution, and the ambiguity function are also derived. The range, velocity and direction-of-arrival measurement accuracies for a set of signal configurations are evaluated to determine whether the configuration improves fundamental measurement accuracy.

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