Music and HCI Network (CHIME)

音乐和 HCI 网络 (CHIME)

• 批准号: EP/V050540/1
• 负责人: Simon Holland
• 金额: $ 5.98万
• 依托单位: The Open University
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=EP%2FV050540%2F1
• 关键词: Music; HCI; Network; CHIME

Music is a central part of human life, and a major contributor to the UK economy.Computing is changing how music is created, performed, distributed, stored, navigated, adapted, appropriated, consumed and manipulated. These transformations are creating new opportunities and challenges for research in Music and Human Computer Interaction, research that covers: interactive music systems; digital and virtual musical instruments; innovative approaches to existing musical activities; and tools that make new kinds of musical activity possible. These new developments will affect performers, composers, audiences, educators, learners, musicologists, app builders, assistive technologists, businesses and charities.UK researchers carry out internationally excellent research in this area, but many are isolated, scattered across the country, and housed in diverse disciplines, leading to missed opportunities to collaborate across disciplines with potential academic and industrial partners. The CHIME network (Computer Human Interaction and Music nEtwork) is designed to address and overcome this problem.The CHIME network will connect academics, researchers, SMEs, charities and industrial partners in order to pool and expand ideas, drive new research, and develop collaborative projects around emerging issues in the field.Research in music and human computer interaction is useful not only to musical activities and relevant industries, but also in finding ways to make computers easy to control and understand. Music and human computer interaction has inspired numerous innovations in human computer interaction, for example in gestural interfaces, data gloves and touch interaction. Research in music and human computer interaction is also useful in areas where one's whole body plays a key role in the interaction. This is because many musical activities involve coordinating the whole body, in real-time, often collaborating with other people, while dealing with significant perceptual and cognitive demands. Techniques for wearable motion capture originally developed for musicians are now being used in clinical applications. For example, a system developed to help drummers co-ordinate arm and leg movement has found application in managing physical rehabilitation after stroke.Because of this recognised synergy between music and HCI, a network that brings together researchers in music and HCI along with interested parties from industry and charities will have the capacity to create new theories, products, approaches and services not only for musicians, the music industry and audiences, but may also contribute to how we interact with computers generally.The network will meet formally twice a year to support new collaborative ventures. Key international keynote speakers will be invited to provide insights from overseas research labs, and to engage with network activities. Training will be provided for members and new researchers in domains such as: interactive machine learning, expressive haptics complementing audio, accessible instruments, methodologies for design and evaluation in music interaction, gesture sensing, direct brain interaction, real-time biosensing, live coding and liveness, digital arts, culture 3.0 and diversity. In addition to direct training workshops, suitable topics will be explored in publicly accessible panel discussions, talks and online workshops, to be live streamed and archived.

音乐是人类生活的核心部分，也是英国经济的主要贡献者。计算正在改变音乐的创作、表演、分发、存储、导航、改编、挪用、消费和操纵方式。这些转变为音乐和人机交互研究创造了新的机遇和挑战，研究内容包括：交互式音乐系统;数字和虚拟乐器;现有音乐活动的创新方法;以及使新类型音乐活动成为可能的工具。这些新的发展将影响到表演者、作曲家、观众、教育工作者、学习者、音乐学家、应用程序开发者、辅助技术专家、企业和慈善机构。英国研究人员在这一领域开展了国际上优秀的研究，但许多研究人员是孤立的，分散在全国各地，并分布在不同的学科，导致错过了与潜在学术和工业合作伙伴进行跨学科合作的机会。CHIME网络CHIME网络旨在解决和克服这一问题。CHIME网络将连接学术界、研究人员、中小企业、慈善机构和工业合作伙伴，以汇集和扩大想法，推动新的研究，并围绕该领域的新兴问题开发合作项目。音乐和人机交互的研究不仅对音乐活动和相关行业有用，而且还在寻找使计算机易于控制和理解的方法。音乐和人机交互激发了人机交互的许多创新，例如手势界面，数据手套和触摸交互。在音乐和人机交互方面的研究也在一个人的整个身体在交互中起着关键作用的领域是有用的。这是因为许多音乐活动涉及协调整个身体，实时，经常与其他人合作，同时处理重要的感知和认知需求。最初为音乐家开发的可穿戴运动捕捉技术现在正在临床应用中使用。例如，一个帮助鼓手协调手臂和腿部运动的系统已经在中风后的身体康复管理中得到了应用。由于音乐和HCI之间的这种公认的协同作用，一个将音乐和HCI研究人员沿着来自行业和慈善机构的感兴趣的各方聚集在一起的网络将有能力创造新的理论，产品，方法和服务，不仅为音乐家，音乐产业和观众，但也可能有助于我们如何与计算机一般互动。该网络将每年举行两次正式会议，以支持新的合作企业。将邀请主要的国际主题演讲人提供来自海外研究实验室的见解，并参与网络活动。将为会员和新研究人员提供以下领域的培训：交互式机器学习、补充音频的表达性触觉、无障碍乐器、音乐交互设计和评估方法、手势传感、直接大脑交互、实时生物传感、实时编码和活跃度、数字艺术、文化3.0和多样性。除了直接的培训讲习班外，还将在公开的小组讨论、讲座和在线讲习班中探讨适当的主题，并进行现场直播和存档。

项目成果

Liberating Methods for Music Interaction

解放音乐互动的方法

• DOI: 10.21428/92fbeb44.5a661805
• 作者: Mudd T