Latest Articles for Signal Processing

Introducing an efficient approach for creating gravitational wave template banks.

UNHaP effectively detects physiological events by filtering noise from genuine signals.

This study enhances qubit measurements using machine learning and FPGA technology.

A new method for better data adaptation in machine learning models.

Learn how IRS technology enhances wireless communication through better channel estimation.

Examining stability challenges and methods in phase retrieval across various fields.

This article explores how drones locate radio signals autonomously.

Using AI to improve communication among multiple devices.

A method enhances image clarity using advanced data processing techniques.

Techniques for managing power in wireless networks with low-resolution converters.

Combining radar and communication tech enhances user acquisition in wireless networks.

Exploring conditional mean estimation in quantized signal systems and its applications.

A new method enhances pulsar observations by reducing signal distortions.

Research explores anomalous reflectors for improved communication signal strength.

This article presents the GLCT method for analyzing and processing graph signals.

New findings on Bell states improve detection in noisy environments.

Research focuses on improving accuracy in X-ray signal analysis.

A study on techniques for recovering low-rank Toeplitz matrices from limited measurements.

MFDA enhances wireless communication safety by adjusting antennas and frequencies.

Discover how MFDA enhances secure communication against eavesdropping.

Learn how analog subspace codes improve communication reliability despite signal interference.

Learn how feature inversion and maximum entropy help recover original data.

Improving audio quality in devices through bandwidth expansion techniques.

Exploring the role of structured tensor priors in improving data estimates.

Methods for accurate source localization considering mutual coupling effects.

This article examines the significance of maxima and the spacing test in Gaussian random fields.

BD-RIS technology aims to improve wireless communication performance.

A new module enhances semantic communication in MIMO systems, improving data transmission quality.

Learn how new systems improve communication reliability and user satisfaction.

Exploring the latest in beamforming for sensing and communication technologies.

A new method enhances performance in massive MIMO networks through efficient power allocation.

This article explores the potential of stacked intelligent metasurfaces in modern antennas.

This article examines the real-world limitations of DMAs in wireless communication.

This article explores the use of RISs for improved device localization.

This study enhances estimates for oscillatory integral operators through specific phase conditions.

Discover new techniques for improving image quality through advanced denoising methods.

DEAPS improves time series analysis by focusing on dynamic patterns without negative comparisons.

Research highlights solutions for improving connectivity in 5G and 6G networks.

A new method improves image recovery by reducing noise in phase retrieval tasks.

New methods improve signal quality in fiber-optic communication.