Latest Articles for Signal Processing

This study explores quasisynchronous methods for improving LEO satellite communication reliability.

A new method improves channel predictions for mobile communication environments.

New methods improve accuracy in locating signal sources across various fields.

Researchers tackle phase retrieval with innovative sampling methods.

Learn how bi-level optimization tackles complex decision-making problems.

A look at non-harmonic Fourier matrices and the significance of their singular values.

This article discusses a method for better radio signal analysis.

Exploring how user density impacts device connectivity in cities.

Discover the mechanics and applications of Echo State Networks for time series data.

ResFields introduce new layers to improve neural fields for complex signals.

A look into Bernstein and Paley-Wiener spaces and their applications.

A new method enhances vibration signal analysis for machine health monitoring.

A novel approach to estimating mixed signals using topology instead of traditional statistics.

This article reviews methods to enhance communication in mmWave and sub-THz networks.

Discover bi-frames and their role in improving data representation in mathematics.

Examining the threats to Specific Emitter Identification through advanced mimicry techniques.

A new method to protect wireless sensing from unauthorized detection through intelligent surfaces.

A look at using spectral methods for better parameter estimation in structured data.

Finding ways for radar and communication systems to coexist effectively.

GF-RLS offers improved adaptability and stability in parameter estimation methods.

Exploring RIS technology for better communication systems.

This technology aims to improve signal control in future communication networks.

Exploring polynomials on the unit ball and their spatial and frequency characteristics.

Algebraic differentiators excel in estimating signal changes across various fields.

New methods in sequence design enhance communication systems' performance and efficiency.

Exploring vulnerabilities and defense strategies in semantic communication systems.

A new model improves the recovery of sparse signals in noisy environments.

A method to estimate position and speed of moving sources using frequency detection.

Improving full-duplex systems through advanced self-interference cancellation methods.

New methods for creating perfect sequences improve communication systems.

A look into phase retrieval and its significance across different fields.

New methods enhance wideband spectrum sensing for wireless communication.

Learn how anomaly detection can enhance wireless network reliability against interference.

Analog computing offers unique advantages for real-time data processing and specialized tasks.

Exploring nonlinear methods in audio for music production and speech analysis.

A new approach to improve Full Duplex systems and manage signal interference effectively.

Radio2Text uses mmWave signals for real-time speech recognition in noisy environments.

A look at the significance and design of 2D-ZCAQs in communication systems.

A new method improves cross-complementary pairs for better communication performance.

An overview of Hermite eigenfunctions and their importance in various fields.