Binaural recording setup1/22/2024 ![]() ![]() We propose a novel encoder-decoder architecture, where we use a hierarchical attention mechanism to encode the image and depth feature extracted from individual transformer backbone, with audio features at each layer of the decoder. Microphone: The majority of my recordings have been made using a binaural-like microphone setup that yields rich and spacious 3D soundscapes that are natural and full of depth. In this work, we argue that the depth map of the scene can act as a proxy for encoding distance information of objects in the scene and show that adding depth features along with image features improves the performance both qualitatively and quantitatively. distance of different sound producing objects from the recording setup. ![]() But all the prior approaches missed other most important information required for the task, i.e. In order to overcome this drawback, prior works have tried to uplift the mono recorded audio to binaural audio as a post processing step conditioning on the visual input. But the problem with binaural audio recording is that it requires a specialized setup which is not possible to fabricate within handheld devices as compared to traditional mono audio that can be recorded with a single microphone. Individual sounds such as vocals, chorus, piano, guitar, bass and even sounds of the live audience can be placed in a 360 spherical sound field, giving artists and creators a new way to express their creativity. Binaural audio gives the listener the feeling of being in the recording place and enhances the immersive experience if coupled with AR/VR. 360 Reality Audio is a new immersive music experience that uses Sony‘s (object-based) 360 Spatial Sound technology.
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