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Array Processing for a Multiple-Rank Signal

David J. Edelblute

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Abstract

Abstract : This paper considers array processing for a sensor array when the signal is composed of a superposition of wave fronts. The array processing requires a multiple-signal parameter formulation. Existing array processing theory is generalized. The required signal processing functions should not be referred to as beam forming, because a matrix estimation operator is required. The rank of the estimation operator is greater than 1. Keywords: Signal processing, Ray processing, Beam forming.

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What this paper is about

Abstract : This paper considers array processing for a sensor array when the signal is composed of a superposition of wave fronts. The array processing requires a multiple-signal parameter formulation. Existing array processing theory is generalized. The required signal processing functions should not be referred to as beam forming, because a matrix estimation operator is required. The rank of the estimation operator is greater than 1. Keywords: Signal processing, Ray processing, Beam forming.

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Available abstract

Abstract : This paper considers array processing for a sensor array when the signal is composed of a superposition of wave fronts. The array processing requires a multiple-signal parameter formulation. Existing array processing theory is generalized. The required signal processing functions should not be referred to as beam forming, because a matrix estimation operator is required. The rank of the estimation operator is greater than 1. Keywords: Signal processing, Ray processing, Beam forming.

Key concepts: Array processing, Signal processing, Multidimensional signal processing, Superposition principle, Sensor array, SIGNAL (programming language), Rank (graph theory), Computer science

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