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Stability AI has made their Stable Audio Open publicly accessible: it’s an audio generation model capable of variances in duration up to 47 seconds, producing stereo audio at 44.1 kHz, created from textual commands.

Artificial Intelligence (AI) has seen considerable progress in the realm of open, generative models, which play a critical role in advancing research and promoting innovation. Despite this, accessibility remains a challenge as many of the latest text-to-audio models are still proprietary, posing a significant hurdle for many researchers. Addressing this issue head-on, researchers at Stability…

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FunAudioLLM: An Integrated Platform for Naturally Fluid, Multilingual and Emotionally Responsive Voice Communications

Artificial Intelligence (AI) advancements have significantly evolved voice interaction technology with the primary goal to make the interaction between humans and machines more intuitive and human-like. Recent developments have led to the attainment of high-precision speech recognition, emotion detection, and natural speech generation. Despite these advancements, voice interaction needs to improve latency, multilingual support, and…

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“Teach-MusicGen: A Unique AI Method for Converting Text into Music while Enhancing Both Melodic and Literary Controls”

Instruct-MusicGen, a new method for text-to-music editing, has been introduced by researchers from C4DM, Queen Mary University of London, Sony AI, and Music X Lab, MBZUAI. This new approach aims to optimize existing models that require significant resources and fail to deliver precise results. Instruct-MusicGen utilizes pre-trained models and innovative training techniques to accomplish high-quality…

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Subduing Extended Audio Sequences: The Achievements of Audio Mamba Matching Transformer Efficiency Without Self-Attention

Deep learning models have significantly affected the evolution of audio classification. Originally, Convolutional Neural Networks (CNNs) monopolized this field, but it has since shifted to transformer-based architectures that provide improved performance and unified handling of various tasks. However, the computational complexity associated with transformers presents a challenge for audio classification, making the processing of long…

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This AI Article Explores the Enhancement of Music Decoding from Brain Waves through Latent Diffusion Models

Brain-computer interfaces (BCIs), which enable direct communication between the brain and external devices, have significant potential in various sectors, including medical, entertainment, and communication. Decoding complex auditory data like music from non-invasive brain signals presents notable challenges, mostly due to the intricate nature of music and the requirement of advanced modeling techniques for accurate reconstruction…

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Tango 2: Pioneering the Future of Text-to-Audio Conversion and Its Outstanding Performance Indicators

The increasing demand for AI-generated content following the development of innovative generative Artificial Intelligence models like ChatGPT, GEMINI, and BARD has amplified the need for high-quality text-to-audio, text-to-image, and text-to-video models. Recently, supervised fine-tuning-based direct preference optimisation (DPO) has become a prevalent alternative to traditional reinforcement learning methods in lining up Large Language Model (LLM)…

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Tango 2: The Emerging Frontier in Text-to-Audio Synthesis and Its Outstanding Performance Indicators

As demand for AI-generated content continues to increase, particularly in the multimedia realm, the need for high-quality, quick production models for text-to-audio, text-to-image, and text-to-video conversions has never been greater. An emphasis is placed on enhancing the realistic nature of these models in regard to their input prompts. A novel approach to adjust Large Language Model…

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Scientists at Tsinghua University have suggested a new Artificial Intelligence structure called SPMamba. This architecture, which is deeply grounded on state-space models, aims to improve audio clarity in environments with multiple speakers.

In the field of audio processing, the ability to separate overlapping speech signals amidst noise is a challenging task. Previous approaches, such as Convolutional Neural Networks (CNNs) and Transformer models, while groundbreaking, have faced limitations when processing long-sequence audio. CNNs, for instance, are constrained by their local receptive capabilities while Transformers, though skillful at modeling…

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This Chinese AI Research Document presents ChatMusician: A publicly available Language Model that incorporates innate musical capabilities.

The intersection of artificial intelligence (AI) and music has become an essential field of study, with Large Language Models (LLMs) playing a significant role in generating sequences. Skywork AI PTE. LTD. and Hong Kong University of Science and Technology have developed ChatMusician, a text-based LLM, to tackle the issue of understanding and generating music. ChatMusician shows…

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