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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

2023 Immersive and 3D Audio: from Architecture to Automotive...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

ISBN: (纸本)9798350311044

The proceedings contain 100 papers. The topics discussed include: sound field interpolation via sparse plane wave decomposition for 6doF immersive audio;Listen to the theatre! exploring florentine performative spaces;an evaluation of the presentation of acoustic cues for shorelining techniques;navigable reconstruction of reverberant sound fields using distributed microphone arrays;autogenous spatialization for arbitrary loudspeaker setups;browser-based webcam head-tracked ambisonics (WHAM);the workmanship of luthiers in the house of violin: The Auditorium G. Arvedi of Cremona and the acoustic features suggested by Toyota and Nagata;sweet melody: the acoustic analysis of the auditorium Paganini realized inside a dismissed sugar factory;and designing for spatial sound in a challenging auditorium restoration.

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2021 immersive and 3d audio: from architecture to automotive, i3da 2021

2021 Immersive and 3D Audio: From Architecture to Automotive...

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2021 immersive and 3d audio: from architecture to automotive, i3da 2021

ISBN: (纸本)9781665409988

The proceedings contain 107 papers. The topics discussed include: experimental results on observation filter estimation for microphone virtualization;the effect of direct-to-reverberant energy ratio on front-back confusion in binaural reproduction;measurement of car cabin binaural impulse responses and auralization via convolution;towards determining thresholds for room divergence: a pilot study on perceived externalization;the acoustics of Ely Cathedral’s lady chapel: a study of its changes throughout history;a survey of 3d audio through the browser: practitioner perspectives;perceived width evaluation on interpolated line sources in a virtual urban square;and an archeoacoustic reconstruction of the great hall of the Palace of Binche (1545-1554).

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Enhancing Object audio Control within an immersive Sound System

Enhancing Object Audio Control within an Immersive Sound Sys...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Klingebiel, Lukas Foss, Richard Coda Audio Hannover Germany Rhodes University Makhanda South Africa

ISBN: (纸本)9798350311044

Real time control over sound source positioning and movement is a primary advantage of object-based sound systems over channel-based systems. This paper describes a controller, processing engine, and associated library that enhances this object control. Apart from graphic spatialization control, the controller allows, for each object, the selection of its rendering algorithm, distance-based level, high frequency attenuation, reverb parameters and speaker isolation or locking. OSC control within the controller enables further control options. © 2023 iEEE.

关键词： Real time control

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A Comparative Analysis of Speaker and Headphone-Based immersive audio in VR and Gaming Applications

A Comparative Analysis of Speaker and Headphone-Based Immers...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Marais, Kyle Foss, Richard Rhodes University Makhanda South Africa

ISBN: (纸本)9798350311044

Precise and accurate audio spatialization is crucial for gaming and Virtual Reality (VR) applications, as it is an essential aspect of the immersion experienced by users. When the audio of a virtual environment is synchronized with its visual sources and localized accurately, users are more likely to feel deeply engaged and suspend their disbelief. audio Middleware software is commonly used in cooperation with game engines to meet the audio requirements of virtual environments created by game developers. This research paper presents a comparative analysis of speaker-and headphone-based immersive audio systems within the context of VR. The research findings indicate that, despite the headphone-based system offering more accurate audio localization and a higher 'perceived audio quality', the speaker-based system resulted in a greater sense of 'immersion.' © 2023 iEEE.

关键词： Virtual reality

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Personalized Spatial audio Tools for immersive audio Production and Rendering

Personalized Spatial Audio Tools for Immersive Audio Product...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Sunder, Kaushik Kareer, Saarish Murakami, Scott Borgmo, Axel EmbodyVR Inc. San Mateo United States

ISBN: (纸本)9798350311044

This paper introduces a comprehensive set of personalized spatial audio production tools tailored for immersive applications. The tools presented include a 3d Panner, Visualizer, and Virtual Studio Renderer, each incorporating personalized head-related transfer functions (HRTFs). We delve into the signal processing techniques, design principles, and implementation details of these tools, providing a thorough understanding of their functionality. We delve into the technical aspects of these tools, discussing the underlying signal processing algorithms and the design considerations involved. By providing a comprehensive overview of the implementation details, we offer practitioners and researchers a solid foundation for incorporating these tools into their own workflows. Moreover, we briefly touch upon camera-based Head Tracking tools, which leverage visual tracking techniques to enhance the spatial audio experience, aligning the auditory and visual cues for a more cohesive and realistic perception of sound. © 2023 iEEE.

关键词： audio acoustics

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The Effect of immersive audio Rendering on Listeners' Emotional State

The Effect of Immersive Audio Rendering on Listeners' Emotio...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： dourou, Nefeli Bruschi, Valeria Generosi, Andrea Mengoni, Maura Cecchi, Stefania Università Politecnica Delle Marche Dpt. of Information Engineering Ancona Italy Università Politecnica Delle Marche Dpt. of Industrial Engr. and Math. Sci. Ancona Italy

ISBN: (纸本)9798350311044

immersive audio rendering techniques allow for generating a 3d scenario where the listener can perceive the sound from all directions. An important aspect of these approaches is the subjective perception of the listener and how these types of systems are perceived from the emotional point of view and how they can influence the listener's mood. in this context, a deep investigation of immersive sound perception considering subjective perception in terms of flowing emotion is performed. Starting from a 4-channels immersive audio system and an emotion-aware system based on the analysis of the user's facial expressions, several experiments have been performed to investigate a correlation between immersive perception and the listener's emotions. © 2023 iEEE.

关键词： Emotion Recognition

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How to Spatial audio with the WebXR APi: a comparison of the tools and techniques for creating immersive sonic experiences on the browser

How to Spatial Audio with the WebXR API: a comparison of the...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Tomasetti, Matteo Boem, Alberto Turchet, Luca University of Trento Dept. of Information Engineering and Computer Science Trento Italy

ISBN: (纸本)9798350311044

The WebXR device APi provides a powerful set of functionalities that can be used for creating immersive experiences that can be accessed directly from a web browser. However, while creating a compelling visual experience is easy to implement using the WebXR APi and related tools, creating the audio part of the experience is less clear and with more open questions and possibilities. This paper presents a comparison of six tools oriented to practitioners and used for implementing and delivering interactive spatial audio experiences in XR applications running on a browser. These tools are selected and evaluated based on their compatibility with the WebXR device APi, ease of use, provided support and documentation, and specific features like reverberation, head-related transfer functions (HRTFs), sound scene rotation, and real-time microphone input. The paper then discusses the integration of these spatial audio tools into WebXR applications, highlighting their potential and limitations. it also addresses the absence of standardized spatial audio frameworks for the web. The challenges of choosing the right tool regarding resource allocation, learning curve, and compatibility with XR systems are acknowledged. This overview aims to provide insights into the current state of spatial audio tools for the web, making them more accessible to developers, musicians, and researchers seeking guidance on selecting suitable 3d spatial audio tools for experiences based on WebXR. © 2023 iEEE.

关键词： audio acoustics

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instrument position in immersive audio: An empirical review of award-winning practices

Instrument position in Immersive Audio: An empirical review ...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Lopes, Afonso Barboza, José Ricardo Bernardes, Gilberto U.Porto-Faculty of Engineering Department of Informatics Engineering Porto Portugal U.Porto Faculty of Engineering Inesc Tec Department of Informatics Engineering Porto Portugal

ISBN: (纸本)9798350311044

immersive audio technologies have broadened postproduction strategies for spatial audio, gaining popularity among mainstream audiences. However, there is a lack of defined procedures and critical thinking regarding audio mixing guidelines for surround sound in popular music. in this context, we conducted an empirical study to identify trends concerning instrument position, trajectories, and dynamics from surround mixings. Furthermore, we assess the degree to which they differ from their stereo renderings. Seven award-winning songs in the Grammy category for Best immersive Album were analyzed, including surround 5.1 and stereo versions. The study found consistent instrument positions in the songs, with rhythmic instruments and bass in the center, lead vocals spread across front channels, and harmonic instruments in wider positions. Solo instruments occupied left, right, and center channels, with dynamics emphasizing lead vocals and solos. Trajectories were rarely used, indicating channel-based thinking. Limited adoption of immersive audio dimensions and reliance on stereo techniques were observed, with no notable differences between the surround and stereo versions. identified song outliers are discussed and offer avenues for exploration, highlighting the importance of diverse musical expressions in informing immersive audio mixing. © 2023 iEEE.

关键词： Music

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Measuring the influence of audio on immersive experience in extended reality and digital games: a systematic review

Measuring the influence of audio on immersive experience in ...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Hedges, Jacob Sazdov, Robert Johnston, Andrew University of Technology Sydney Faculty of Arts and Social Sciences Sydney Australia University of Technology Sydney Faculty of Engineering and It Sydney Australia

ISBN: (纸本)9798350311044

A key goal of extended reality (XR) technologies and digital games is to create immersive experiences for the user. immersive experience is a multifaceted phenomenon that encompasses perceptual and psychological factors, and audio has been recognized as a key modality that can influence such experiences. despite extensive research on the subject, there is no consensus regarding the ways in which audio impacts immersive experience. This is also the case in terms of the most appropriate methodology for evaluating this phenomenon in the context of end-user experience in XR and digital games. This paper aims to establish a comprehensive overview of the experimental methodologies associated with this topic through a systematic literature review of the last 20 years of research. The inclusion criteria focuses on research papers that attempt to measure audio-related independent variables (e.g., spatial resolution) on immersion-related dependent variables (e.g., sense of presence), in the context of XR environments and digital games. The results reveal a preference for VR HMd and headphone-based experiments, identifying a lack of AR/MR exploration, as well as the necessity for standardized, audio-specific questionnaires in data collection for a more comprehensive understanding of the field. © 2023 iEEE.

关键词： Computer games

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Sound field interpolation via sparse plane wave decomposition for 6doF immersive audio

Sound field interpolation via sparse plane wave decompositio...

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2023 immersive and 3d audio: from architecture to automotive, i3da 2023

作者： Olgun, Orhun Erdem, Ege Hacihabiboǧlu, Hüseyin Graduate School of Informatics Metu Ankara Turkey

ISBN: (数字)9798350311044

ISBN: (纸本)9798350311044

Volumetric capture of audio for six-degrees-of-freedom (6doF) reproduction requires recording a sound field at multiple positions using microphone arrays. When microphone arrays capable of recording higher-order Ambisonics (HOA) are used, rendering of 6doF audio becomes an interpolation problem that involves the calculation of HOA signals at a location intermediate to the original recording positions. We present a sound field interpolation method using multi-point sparse-plane decomposition followed by directional interpolation. The proposed method operates in the time-frequency domain and relies on the decomposition of time-frequency bins into a dominant directional component and a residual which are interpolated separately. The directional component which represents the dominant sound source is interpolated by translation of the associated plane wave components calculated for each microphone array to the interpolation position and calculation of a single, interpolated plane wave. We present an objective validation of the method based on the directional statistics of the interpolated sound field. © 2023 iEEE.

关键词： Acoustic fields

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