Latest Articles for Signal Processing

A new method improves signal quality in satellite-terrestrial networks.

Explore the key concepts and applications of harmonic analysis in mathematics.

New methods improve signal separation from mixed sources, tackling noise challenges effectively.

Exploring how antenna design impacts performance in wireless communication systems.

Fluid antennas adapt to improve wireless signal quality and performance.

Researchers study reconfigurable intelligent surfaces to enhance wireless signal control.

Evaluating OTA testing methods for better performance in automotive wireless applications.

Discover how RIS technology transforms wireless communication by enhancing signal transmission.

A new energy-efficient approach to associative memory using a virtual oscillator network.

A study on the effects of noise in signal analysis and eigenvalue behavior.

A new approach enhances device communication accuracy in busy environments.

A new method improves EEG data compression while ensuring quality and efficiency.

A new biopotential amplifier improves neural signal capture with low noise and power consumption.

Using DDPMs to improve signal shaping and communication efficiency.

Denoising models enhance data transmission quality in challenging environments.

A new method enhances blind deconvolution in graph signals despite imperfect information.

Research on STAR-RIS and mMIMO systems to boost wireless communication performance.

Techniques to enhance location precision from smartphone GNSS measurements.

New method improves wireless signal quality using user power measurements.

This article discusses new methods to improve signal estimation accuracy using spatial coupling.

This study highlights cognitive radio benefits for efficient wireless communication.

Research shows how CDDM can enhance wireless signal quality.

This article examines how to determine correlations between random vectors using statistical methods.

Radio fingerprinting helps secure satellite systems against jamming attacks.

Examining how base stations collaborate for improved user service.

New technique enhances signal recovery from Time Encoding Machines, dealing effectively with noise.

A new method simplifies calculating quantum rate-distortion functions for improved efficiency.

Effective strategies for power control in advanced wireless communication systems.

OFDM-OQAM technology enhances data transmission in modern wireless networks.

A look into modular approaches for designing quantum algorithms.

New algorithm improves symbol detection in coarse quantization for communication systems.

BeamShaper enhances antenna performance using deep learning for mmW technology.

Strategies to reduce interference and improve THz network performance.

A new method enhances indoor location accuracy through innovative frequency band analysis.

Learn how constrained quantization improves data representation while maintaining accuracy.

A new approach improves signal separation in electronic warfare.

Exploring how vibrational resonance enhances weak signals in circuits amid noise.

A framework for selecting effective DTW methods in time-series analysis.

A new method enhances channel estimation in wireless communication using fewer pilot signals.

New surfaces could significantly boost wireless communication quality and coverage.