In the realm of audio technology, neural audio codecs have made significant strides, particularly for mono and stereo signals. However, the spatial audio domain has remained largely unexplored—until now. Researchers Parthasaarathy Sudarsanam, Sebasti
In the ever-evolving world of spatial audio, researchers Shivam Saini and Jürgen Peissig have introduced a groundbreaking dataset that promises to revolutionize how we capture and manipulate sound in complex environments. Dubbed HiFi-HARP, this exten
In the realm of multi-channel audio alignment, a groundbreaking study led by Ragib Amin Nihal and colleagues from the Bio-Mimetic Control Research Center in Japan is set to revolutionize how we synchronize audio signals across various channels. The r
In the ever-evolving landscape of audio technology, researchers from the KAIST AI Institute have introduced a groundbreaking model named DeepASA, designed to revolutionize auditory scene analysis (ASA). This innovative system is a multi-purpose tool
In the realm of fetal monitoring, Cardiotocography (CTG) plays a pivotal role, yet its effectiveness is often hindered by various artefacts that can obscure the true fetal heart rate (FHR) patterns. These artefacts can lead to misdiagnosis or delayed
In a groundbreaking development, researchers have introduced a novel framework that brings text-to-audio generation into the dynamic realm of three-dimensional space, enabling the creation of moving sounds from simple text prompts. This innovation, d
In the rapidly evolving landscape of digital audio processing, a groundbreaking open-source framework has emerged, poised to revolutionize how musicians and producers integrate neural audio models into their workflows. Dubbed the Neutone SDK, this in
In a significant leap forward for audio technology, researchers have introduced OWL, a groundbreaking system that enhances spatial reasoning in audio large language models (ALLMs). This innovation addresses a longstanding challenge in auditory percep
In a significant stride forward for audio processing technology, researchers have introduced AudioRWKV (A-RWKV), a novel architecture that promises to revolutionize audio pattern recognition by combining efficiency and stability in a way that previou
In a significant leap forward for spatial audio technology, researchers have introduced DiffAU, a novel method that promises to enhance the realism of 3D sound fields by upscaling first-order Ambisonics (FOA) to high-order Ambisonics (HOA). This brea
