Search for dissertations about: "sound technology"

Showing result 6 - 10 of 508 swedish dissertations containing the words sound technology.

  1. 6. Drum sound from floor coverings - objective and subjective assessment

    Author : Ann-Charlotte Johansson; Teknisk akustik; []
    Keywords : TEKNIK OCH TEKNOLOGIER; ENGINEERING AND TECHNOLOGY; vakuumteknik; vibrationer; akustik; hydraulik; Maskinteknik; vacuum technology; vibration and acoustic engineering; hydraulics; acoustic standard; Mechanical engineering; tapping machine; veneer flooring; parquet flooring; binaural recording; foot impact; loudness; sound quality; listening test; paired comparisons; walking sound; drum sound; building acoustics; psychoacoustics; laminate flooring;

    Abstract : Drum sound is the sound produced when an object, such as a foot, hits the flooring in the room in which the receiving ear is located. Drum sound has attracted interest in recent years, particularly due to an increased use of thin floating floor constructions, such as veneer or laminate flooring, which can produce loud and sharp walking sound. READ MORE

  2. 7. Monsters I Love : On Multivocal Arts

    Author : Alex Nowitz; Rolf Hughes; Sten Sandell; Åse Tone; Stockholms konstnärliga högskola; []
    Keywords : HUMANIORA; HUMANITIES; HUMANIORA; HUMANITIES; HUMANIORA; HUMANITIES; Music; acousmatic and disembodied voice; æsthetics of uncertainty and in-between; composer-performer; contemporary vocal performance art; custom musical instrument DIY ; digital musical instrument DMI ; electronic and electroacoustic music; expanding the field of vocal performance art; extended vocal techniques; extending the voice; gesture-controlled live electronics; improvisation and real-time composition; inclusive vocal performance practises; interactive sound and music; multidirectional listening; multivocality; multivocal voice; new vocality; sampling practises for vocal and musical improvisation; schizophonic practices; sensor-based and computer-based technology; singer-composer; sound art; sound technology; STEIM; strophonion; vocal materiality and liminality; vocal personas; vocal sound dance; wireless technology; Performativa och mediala praktiker; Performative and media based practices; Degree of Doctor of Philosophy in Fine Arts in Performative and Media Based Practices with Specialisation in Opera; Degree of Doctor of Philosophy in Fine Arts in Performative and Media Based Practices with Specialisation in Opera;

    Abstract : Proposing a ‘multivocal practice’ in the vocal arts, this exposition (documented artistic research project) embodies an inclusive approach to four core categories for the contemporary performance voice: the singing, speaking, extended and disembodied voice. The culmination of a four-year PhD project in the Performative and mediated practices, with specializations in choreography/film and media/opera /performing arts, it documents artistic research sub-projects through the presentation of multimedia material, interweaving performance recordings with reflection and informative threads. READ MORE

  3. 8. Sound quality assessment using binaural technology

    Author : Donatas Trapenskas; Luleå tekniska universitet; []
    Keywords : TEKNIK OCH TEKNOLOGIER; ENGINEERING AND TECHNOLOGY; Teknisk akustik; Engineering Acoustics;

    Abstract : This licentiate thesis contains experimental work about the use of binaural technology for assessment of sound quality. Binaural technology aims to measure sound in the way compatible with human hearing. For that purpose artificial head with the microphones in the position of the ears is used. READ MORE

  4. 9. Are you ready for a wet live-in? : explorations into listening

    Author : Janna Holmstedt; Ylva Gislén; Per Nilsson; Jörgen Dahlqvist; Jesper Olsson; Kristina Lindström; Åsa Ståhl; Umeå universitet; []
    Keywords : HUMANIORA; HUMANITIES; HUMANIORA; HUMANITIES; artistic research; listening; situated practices; sound in art; expanded art; expanded scenography; media ecology; acousmatic orality; a orality; storytelling; interspecies communication; more-than-human relations; co-habitation; sensorial estrangement; posthumanism; parasites; play; technology; dolphins; sonic sensibility; transliteracy; voice; performativity; new materialism; Michel Serres; Karen Barad; John Lilly; oceans; wet live-in; Artistic research; Listening; Situated practices; Sound in art; Expanded art; Expanded scenography; Media ecology; Acousmatic orality; A orality; Storytelling; Interspecies communication; More-than-human relations; Co-habitation; Sensorial estrangement; Posthumanism; Parasites; Play; Technology; Dolphins; Sonic sensibility; Transliteracy; Voice; Performativity; New materialism; Michel Serres; Karen Barad; John Lilly; Oceans; Wet live-in;

    Abstract : Listen. If I ask you to listen, what is it that I ask of you—that you will understand, or perhaps obey? Or is it some sort of readiness that is requested? What occurs with a body in the act of listening? How do sound and voice structure audio-visual-spatial relations in concrete situations?This doctoral thesis in fine arts consists of six artworks and an essay that documents the research process, or rather, acts as a travelogue as it stages and narrates a series of journeys into a predominantly sonic ecology. READ MORE

  5. 10. Multichannel Audio Signal Processing : Room Correction and Sound Perception

    Author : Adrian Bahne; Anders Ahlén; Lars-Johan Brännmark; Mathias Johansson; Peter Händel; Uppsala universitet; []
    Keywords : TEKNIK OCH TEKNOLOGIER; ENGINEERING AND TECHNOLOGY; TEKNIK OCH TEKNOLOGIER; ENGINEERING AND TECHNOLOGY; Audio signal processing; multichannel sound reproduction; equalizers; human sound perception; room correction; Elektroteknik med inriktning mot signalbehandling; Electrical Engineering with specialization in Signal Processing;

    Abstract : This thesis concerns and combines multichannel sound reproduction, digital room correction, audio signal processing, and human sound perception. It investigates perceived sound quality and new methods to improve timbral and spatial fidelity of loudspeaker-based multichannel sound reproduction in reverberant environments. READ MORE