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Your search keyword '"Vitetta, Giorgio M."' showing total 10 results
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10 results on '"Vitetta, Giorgio M."'

1. Advances in Shannon-Based Communications and Computations Approaches to Understanding Information Processing in the Brain

Author

Tee, James, Vitetta, Giorgio M., and Taylor, Desmond P.

Subjects
Quantitative Biology - Neurons and Cognition, Computer Science - Information Theory
Abstract

This article serves as a supplement to the recently published call for participation in a Research Topic [1] that is timed to commemorate the 75th anniversary of Shannon's pioneering 1948 paper [2]. Here, we include some citations of key and relevant literature, which reflect our opinions/perspectives on the proposed topic, and serve as guidance to potential submissions.

Published
2022

5. Radar-Based Monitoring of Vital Signs: A Tutorial Overview

Author

Paterniani, Giacomo, primary, Sgreccia, Daria, additional, Davoli, Alessandro, additional, Guerzoni, Giorgio, additional, Di Viesti, Pasquale, additional, Valenti, Anna Chiara, additional, Vitolo, Marco, additional, Vitetta, Giorgio M., additional, and Boriani, Giuseppe, additional

Published
2023
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10. Recursive Algorithms for the Estimation of Multiple Superimposed Undamped Tones and Their Application to Radar Systems

Author

Viesti, Pasquale Di, Davoli, Alessandro, Guerzoni, Giorgio, and Vitetta, Giorgio M.

Abstract

In this article, two recursive algorithms for the detection of multiple superimposed tones in noise and the estimation of their parameters are derived. They are based on a maximum likelihood approach and combine an innovative single-tone estimator with a serial cancellation procedure. Our numerical results lead to the conclusion that the developed methods can achieve a substantially better accuracy–complexity tradeoff than various related techniques in the presence of multiple closely spaced tones. Moreover, they can be exploited to detect multiple closely spaced targets and estimate their spatial coordinates in multiple-input multiple-output frequency-modulated continuous wave radar systems.

Published
2023
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