Sonification Platform for Interaction with Real-Time Particle Collision Data from the ATLAS Detector

Cherston, Juliana; Hill, E.; Goldfarb, S.; Paradiso, Joseph A.

doi:10.1145/2851581.2892295

Cited by 7 publications

(3 citation statements)

References 2 publications

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“…One CHI paper reviewer commented that "novelty and value of the work arise not just from using the LHC data source, but also in the demonstrated method of artistic engagement with the system and the description of the LHC data." Quantizer's CHI paper [4] is the 5th most downloaded Late-Breaking Work paper (out of 585) and in the top 100 most downloaded papers of all types at CHI this year (out of 1131). A paper was also given as a poster at the conference for "New Interfaces for Musical Expressions" 2016 [2].…”

Section: Eventsmentioning

confidence: 99%

ATLAS data sonification : a new interface for musical expression

Hill¹,

Cherston²,

Goldfarb³

et al. 2017

Proceedings of 38th International Conference on High Energy Physics — PoS(ICHEP2016)

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Section: Eventsmentioning

confidence: 99%

ATLAS data sonification : a new interface for musical expression

Hill¹,

Cherston²,

Goldfarb³

et al. 2017

Proceedings of 38th International Conference on High Energy Physics — PoS(ICHEP2016)

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“…Como ya se ha mencionado anteriormente, el uso de sonorización en astronomía existe desde hace años, algunos ejemplos recientes que aún no han sido mencionados son: La sonorización del conjunto de datos astronómicos zCOSMOS, donde los autores describen el conjunto de datos y la estrategia de sonorización utilizada (Bardelli et al, 2021); LightSound, un dispositivo electrónico que permite convertir la luz en sonido, se utiliza, principalmente, para observar eclipses (Bieryla et al, 2020); Una plataforma de sonorización construida en colaboración con el equipo de ATLAS Outreach y una página web que permite al público en general escuchar experimentos en tiempo real (Cherston et al, 2016); El software Quasar Spectroscopy Sound centrado en la sonorización de conjuntos de datos cosmológicos, la técnica utilizada es descripta por Hansen et al (2020); Un proyecto con la refuncionalización de dos aceleradores de partículas cósmicas donde se describió el uso de despliegue auditivo en conjunto con despliegue visual, el objetivo era hacer más accesibles los descubrimientos, la sonorización fue hecha con características musicales y desarrollada específicamente para este caso de estudio (Ohm et al, 2021); Quinton et al (2021) describe un diseño de sonorización de órbitas planetarias en cinturones de asteroides.…”

Section: Introductionunclassified

Evolving from xSonify: a new digital platform for sonorization

et al. 2019

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In general, Space Sciences data exploration is thought to be suitable for people who do not have Neurological Disorders (ND) that may impair reading (RI), and are not blind or visually impaired (BVI). Data exploration methods used in these fields are generally visual, and do not provide the accessibility to allow full participation of blind and visually impaired individuals in the field. This has been the case even after evidence that sound increases the sensitivity to events in data that would otherwise be undetected. A set of tools that guarantees a thorough data inspection, and assures the access to the same amount and quality of information to all, is useful for everyone. The present project, devoted to design a new user centered software to produce audio-visual outputs from astrophysical data, integrates multidisciplinary and interdisciplinary astronomers, engineers, computer specialists, software designers, educators, disability specialists, bioengineers, neurobiologists, and sociologists, both blind and sighted, and addresses the topics of accessibility to astronomical data, The possibility of exploring the bibliographic databases (ADSABS, among others), creation of a new multimodal access prototype, creation of an accessible, user-centered (from back end to front end), human-computer interface suitable for collection, sonification and analysis of astrophysical data, and the efficiency, utility and effectiveness of the resource in different cultural environments and at different levels of expertise. In this contribution, we present the first results related to the creation and application of the techniques and tools proposed, taking into account that the focus of this research is on the knowledge in the field of physics and astrophysics, but can be scalable to other areas of human activity so that people with other learning styles can have "equal opportunities". Finally, this project is based on the premises of addressing the technical challenges in basic research to achieve the promised benefits of Big Data, which is of world-wide interest.

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“…A varredura auditiva, por outro lado, pode ser mais adequada para detectar dados sutis ou transitórios, pois o sentido auditivo pode escanear todas as direções espaciais simultaneamente, sem se limitar a um único ponto focal, e pode detectar características de dados com duração temporal muito curtas mais intuitivamente (Roginska et al, 2006). Alguns experimentos já realizados, demonstram melhoria no desempenho da exploração dos dados em tarefas de análise de conjuntos de dados utilizando visualização conjuntamente com som (Martini et al, 2004;Worrall, 2015;Cherston et al, 2016).…”

Section: Introductionunclassified