Nuria Novas Castellano

Professor

Universidad de Almería

Spain

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Professor Nuria Novas Castellano is a faculty member at Universidad de Almería in Spain. Her research focuses on deep learning applications, renewable energy, and the analysis of Schumann resonance. Recent contributions include advancements in seismic activity detection, the impact of flipped learning, and the exploration of post-quantum cryptography.

Articles (18)

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2025

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University of Malaga

SPAIN

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Nuria Novas Castellano

Research Interests

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Articles (18)

The Impact of Flipped Learning and Digital Laboratory in Basic Electronics Coursework

A hybrid deep learning approach for enhancing the Lorentzian curve fit algorithm for Schumann resonance

Deep learning event detector from long-term signal variation for seismic activity warning out of Schumann resonance

Study of the statistical footprint of lightning activity on the Schumann Resonance

Life Cycle Assessment in Renewable Energy: Solar and Wind Perspectives

Estimation of the total current harmonic distortion using an ELF magnetometer

Post-Quantum Cryptography for Wireless Sensor Network Using Key Agreement Super Singular on Hyperelliptic Curve

Renewable energy: The future of photovoltaic energy

Quantifying Schumann resonances’ variation over time through statistical differences

A Machine Learning hourly analysis on the relation the Ionosphere and Schumann Resonance Frequency

Quantifying Schumann resonances? variation over time through statistical differences

A Machine Learning hourly analysis on the relation the Ionosphere and Schumann Resonance Frequency

Global Perspectives on and Research Challenges for Electric Vehicles

On the Prospective Use of Deep Learning Systems for Earthquake Forecasting over Schumann Resonances Signals

Segmentation and characteristic extraction for Schumann Resonance transient events

Grid Frequency Measurement through a PLHR Analysis Obtained from an ELF Magnetometer

Global Perspectives on and Research Challenges for Electric Vehicles

Segmentation and characteristic extraction for Schumann Resonance transient events

Collaborators (7)

FRANCISCO PORTILLO RODRÍGUEZ

Manuel Fernandez-Ros

Jose A. Gazquez

Cristina Sánchez Cruzado

Manuel José Soler Ortiz

ROSA GARCIA

Gonzalo Joya

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