Search Results - "Ferreira, Mauricio J."

Observational Characterization of the Downward Atmospheric Longwave Radiation at the Surface in the City of São Paulo by Barbaro, Eduardo, Oliveira, Amauri P., Soares, Jacyra, Codato, Georgia, Ferreira, Maurício J., Mlakar, Primož, Božnar, Marija Z., Escobedo, João F.

“…This work describes the seasonal and diurnal variations of downward longwave atmospheric irradiance (LW) at the surface in São Paulo, Brazil, using…”
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Statistical Validation of a Physical Prime Random Number Generator Based on Quantum Noise by Ferreira, Maurício J., Silva, Nuno A., Pinto, Armando N., Muga, Nelson J.

“…Random prime numbers are an essential resource for many asymmetric cryptographic protocols. However, despite the emerging popularity of quantum random number…”
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Probable Prime Generation from a Quantum Randomness Source by Ferreira, Mauricio J., Carvalho, Andre, Silva, Nuno A., Pinto, Armando N., Muga, Nelson J.

“…Quantum random number generators (QRNGs) are an increasingly popular method to obtain information-theoretically provable random keys for cryptographic…”
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A Network Server for Distributing Quantum Random Numbers by Silva, Nuno A., Ferreira, Mauricio J., Carvalho, Andre, Souto, Andre, Paunkovic, Nikola, Mateus, Paulo, Teixeira, Antonio, Pinto, Armando N.

“…Quantum random number generators (QRNGs) based on homodyne detection have a potential to be a cost-effective solution to deploy random numbers at high-speed…”
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Characterization of a Quantum Random Number Generator Based on Vacuum Fluctuations by Ferreira, Maurício J., Silva, Nuno A., Pinto, Armando N., Muga, Nelson J.

“…Quantum random number generators (QRNGs) are currently in high demand across a large number of cryptographic applications as secure sources of true randomness…”
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Homodyne Noise Characterization in Quantum Random Number Generators by Ferreira, Mauricio J., Silva, Nuno A., Pinto, Armando N., Muga, Nelson J.

“…Quantum random number generators (QRNGs) based on homodyne measurements of vacuum fluctuations are in high-demand as fast and secure sources of randomness for…”
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