Software and Audio Solutions Powered by Machine Learning
At Reality AI Lab, we provide a range of services leveraging our expertise in AI, machine learning, and audio technology. Our solutions are designed to push the boundaries of what's possible in sound processing and immersive audio experiences.
We develop advanced spatial audio rendering techniques using HOA, enabling immersive 3D soundscapes. Our focus is on optimizing computational efficiency and perceptual accuracy for real-time applications, providing clients with state-of-the-art solutions for creating lifelike audio environments.
Our team specializes in low-latency audio processing systems, implementing VBAP for precise sound localization. We aim to minimize artifacts and enhance the naturalness of virtual sound sources, offering clients high-quality, real-time audio processing capabilities for various applications.
We simulate complex sound propagation in various environments. Our acoustic modeling techniques are applied to improve room acoustics and enhance virtual audio experiences, providing clients with accurate and efficient solutions for understanding and optimizing sound behavior in different spaces.
Our extensive studies on human auditory perception inform our audio coding strategies. We contribute to the development of more efficient and perceptually transparent audio compression techniques, helping clients achieve high-quality audio with optimized data usage.
Our team creates and optimizes software systems for diverse audio applications. With expertise in audio signal processing, real-time systems, and software engineering, we deliver robust, efficient, and scalable solutions tailored to your needs.
We apply cutting-edge machine learning techniques to audio signal processing tasks. Our research focuses on developing novel neural network architectures for source separation, speech enhancement, and audio synthesis, offering clients advanced AI-powered solutions for complex audio processing challenges.
We pioneer immersive audio solutions for VR and AR applications, with a focus on real-time 6DoF audio rendering. Our work includes developing head-related transfer function (HRTF) personalization techniques for enhanced spatial audio perception, enabling clients to create highly immersive and realistic audio experiences in virtual environments.