Latest Articles for Sound Engineering

A study reveals how footstep sounds affect body image and emotional responses.

A study on sound synthesis and its evaluation in controlled environments.

PAM offers a novel way to measure audio quality without needing reference recordings.

This article discusses methods to create immersive sound fields using various arrangements.

A new method reduces unwanted metallic sound in audio reverberation.

CLAPSep enhances sound separation using pre-trained models and user queries for improved accuracy.

Discover how generative equalization breathes new life into old music recordings.

A new method improves sound processing through automatic tuning of Feedback Delay Networks.

Exploring advanced methods for sound projection in compression drivers.

Exploring machine learning techniques for modeling analog audio effects.

A method using AI enhances sound representation in various environments.

This article examines how sound waves behave in a lattice structure.

Improving MMDenseNet for quick and efficient music separation.

Innovative techniques improve loudspeaker design and sound direction.

Advancements in sound classification enhance audio recognition accuracy.

New methods improve machines' ability to isolate conversations in noisy environments.

A new method enhances sound creation for realistic 3D human models.

A new technology simplifies equalization for audio recordings.

New strategies aim to enhance synthetic datasets for better drum transcription.

A new method improves computer-generated music quality by separating melody and rhythm.

A new method for judging how well audio pieces fit together in music.

Improving binaural sound reproduction for better audio experiences in various devices.

Research on new models improves audio quality in film and television.

Introducing PeriodWave, a model improving audio generation speed and quality.

PeriodWave-Turbo improves sound generation speed and quality across various applications.

Dialogue separation helps viewers hear conversations clearly amidst background noise.

A new method enhances audio separation and generation without labeled data.

Research proposes better ways to assess late reverberation in rooms.

A new method streamlines music dataset creation for automatic transcription.

A new approach enhances communication clarity by reducing echo and background noise.

Discover how an additional microphone enhances sound direction detection in noisy environments.

A new model streamlines audio production by automatically eliminating breath sounds.

Discover how our brains pinpoint the origin of sounds using time and volume differences.

This study evaluates neural networks for replicating spring reverb characteristics.

New method improves sound capture using circular microphones for better audio quality.

A fresh approach to create realistic piano sounds using sound component separation.

SoloAudio improves sound extraction using advanced techniques and synthetic data.

Examining the impact of pretrained models on music recommender systems.

ReCLAP enhances audio classification with detailed prompts for better accuracy.

New methods improve sound isolation from noisy environments without labeled data.