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Plenum is an algorithmic work composed by Rob Godman in 2010 as part of a collaborative art-music installation. It was performed six times between 2010 and 2013 at sound and light festivals in Poland, Estonia and the UK, at the Cambridge Music Festival, and at an Australian contemporary arts venue. Audiences totalling over 240,000 heard the work, with website visitors extending its reach to over 300,000; the Durham Lumiere alone, of which Plenum formed an integral element, created an estimated £4.3 million for the local economy. Festival and arts curators have described Plenum as `thought provoking' and `inspiring'.
The Research Centre for Creative Research in Sound Arts Practice (CRiSAP) works to develop, extend and support the emerging disciplinary field of sound arts, and has played a role in defining, scoping and shaping contemporary sound arts practice. This case study demonstrates impact on the creative community, museums and galleries, and the general public, with work reaching a wide audience and developing a greater recognition and understanding of sound and sound arts.
The impact of the research by the Echochroma New Music Research Group at Leeds Metropolitan University relates to new approaches to interactivity in music performance and composition. The group has produced internationally recognised creative works as well as outputs that discuss and establish theoretical models and approaches within contemporary composition, new media and entertainment. These works have been presented internationally to both professionals and the wider public, gaining recognition for outstanding work through international prizes, and influencing practice in the areas of education, entertainment and composition at local, national and international level.
The reduction of spatial variation in the quality of reproduced sound within a defined space using varied loudspeaker placements is a significant challenge for sound engineers. Dr Bruce Wiggins has conducted research into encoding, decoding and processing algorithms using Ambisonics, a system based around full-sphere sound reproduction. The outcomes of the research have been made accessible to the wider community by the creation of a suite of software plug-ins (WigWare), a production workflow, and associated teaching materials which can enable commercial audio workstations to benefit from Ambisonics. There are numerous recorded instances of successful use.
The development of a new compositional tool for electroacoustic music (using technology to explore, create and perform sounds not limited to traditional instrumental sources) based on visual shapes has generated new ways of thinking that influence creative practice, and has inspired and supported new forms of artistic expression. New musical outputs composed by Dr Manuella Blackburn, generated from using the tool, have enriched the lives, imaginations and sensibilities of individuals and groups, locally and internationally. Parallel to this, the tool has been implemented in a number of educational situations (including workshops and textbooks) ranging from school-aged learners (11-18) to university undergraduate students, beyond Liverpool Hope University as the submitting HEI.
Research-informed sound sculpture practice demonstrates cultural life, public discourse and economic benefits that can be evidenced by the highly successful `Siren' by current British Composer of the year for Sonic Art Ray Lee. Following its initial performance in 2004, since 2008 `Siren' has been performed more than 120 times across the world at key venues such as Walker Arts Center in Minneapolis, USA and the Melbourne International Arts Festival that collectively generated £124,051 in fee income. The work has left a significant record of its presence through social and new media, but also continues to develop and demonstrate further impacts through a new piece by Ray Lee `Chorus'.
Baysted's creative research practice in composition and sound design culminated in a critically acclaimed and globally distributed commercial racing simulation game. The impacts of this research are worldwide commercial success, enhancement of the user (gamer) experience and the stimulation of public debate and discourse. Evidence is provided in terms of computer games sales, professional and amateur review.
Research by the University of Huddersfield has made a significant contribution through the development of state-of-the-art, modular, open-source software used in the creation and enhancement of electronic music. The HISSTools Impulse Response Toolbox allows users to deploy custom convolution-related solutions specific to their needs rather than having to rely on fixed and therefore inherently limited options, as was commonly the case previously. Its deliberately musician-centric approach has been acknowledged via international commercial adoption, including integration into a world-leading product with a user base of 1.7m and a crucial role in the design of concert halls by a global firm of engineering consultants.
Professor Phil Ellis' research is focused on developing therapies for children with special needs (including autism), and the elderly in residential homes, sheltered accommodation and day care. He has been involved in establishing iMUSE rooms in a range of institutions, such as special schools, specialist institutions for autism, day care centres, and an NHS intensive care centre. His work has also involved knowledge transfer to enable partner organizations to use the techniques he has developed, along with appropriate supporting technology.
Applied acoustics in the built environment and its broader uptake is focused on the development and commercial adoption of techniques and technologies resulting from research in applied acoustics, demonstrating the following impact: