Matching Items (12)
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- All Subjects: performing arts
- All Subjects: Brains
- Creators: Feisst, Sabine
- Status: Published
Description
Technological advancements in computers and audio software and hardware devices in the twenty-first century have led to the expansion of possibilities for music composition, including works for acoustic instruments and live electronics. Electroacoustic composition is rapidly and continually evolving, and much that has been written about compositional techniques for percussion and live electronics is becoming outdated. Live electronics include performer-triggered events, audio processing, electronic responses to various inputs, and electronic decision-making during live performances. These techniques can be employed in a variety of ways. This project sheds light on how modern composers of different musical and cultural backgrounds reimagine the use of percussion through the lens of new technologies.
Through the commission, examination, and recording of three new works for solo percussion and live electronics, the author seeks to further explore and highlight electroacoustic compositional techniques for solo percussion. A specific compositional element to be included in these commissioned works is the activation or manipulation of the acoustic properties of percussion instruments by electronic components. The three artists who contributed works are percussionist-composer Jeremy Muller, composer and multimedia artist Jordan Munson, and composer, sound artist, and performer Garth Paine. The creativity demonstrated in their previous works made them desirable candidates for this project. Each of them approached their composition in different ways. In Hysteresis, Muller utilizes a loudspeaker underneath a vibraphone to expand the sound palette of the instrument with microtonal electronic sounds that match the instrument’s timbre. In Where Light Escapes You, Jordan Munson layers various electronic sounds with the vibraphone to create a slowly evolving texture that also incorporates a bass drum and the buzzing of snare drums. In Resonant Textures, Paine spatializes vibraphone, cymbal, and electronic sounds to create a meditative and immersive listening experience. Ultimately, each of the three composers implemented distinctive compositional and performance tools to create new works that provide a glimpse into the future of percussion music.
Through the commission, examination, and recording of three new works for solo percussion and live electronics, the author seeks to further explore and highlight electroacoustic compositional techniques for solo percussion. A specific compositional element to be included in these commissioned works is the activation or manipulation of the acoustic properties of percussion instruments by electronic components. The three artists who contributed works are percussionist-composer Jeremy Muller, composer and multimedia artist Jordan Munson, and composer, sound artist, and performer Garth Paine. The creativity demonstrated in their previous works made them desirable candidates for this project. Each of them approached their composition in different ways. In Hysteresis, Muller utilizes a loudspeaker underneath a vibraphone to expand the sound palette of the instrument with microtonal electronic sounds that match the instrument’s timbre. In Where Light Escapes You, Jordan Munson layers various electronic sounds with the vibraphone to create a slowly evolving texture that also incorporates a bass drum and the buzzing of snare drums. In Resonant Textures, Paine spatializes vibraphone, cymbal, and electronic sounds to create a meditative and immersive listening experience. Ultimately, each of the three composers implemented distinctive compositional and performance tools to create new works that provide a glimpse into the future of percussion music.
ContributorsWier, Alexander Carl (Author) / Smith, Jeffrey (Thesis advisor) / Feisst, Sabine (Committee member) / Schuring, Martin (Committee member) / Arizona State University (Publisher)
Created2015
Description
Motor behavior is prone to variable conditions and deviates further in disorders affecting the nervous system. A combination of environmental and neural factors impacts the amount of uncertainty. Although the influence of these factors on estimating endpoint positions have been examined, the role of limb configuration on endpoint variability has been mostly ignored. Characterizing the influence of arm configuration (i.e. intrinsic factors) would allow greater comprehension of sensorimotor integration and assist in interpreting exaggerated movement variability in patients. In this study, subjects were placed in a 3-D virtual reality environment and were asked to move from a starting position to one of three targets in the frontal plane with and without visual feedback of the moving limb. The alternating of visual feedback during trials increased uncertainty between the planning and execution phases. The starting limb configurations, adducted and abducted, were varied in separate blocks. Arm configurations were setup by rotating along the shoulder-hand axis to maintain endpoint position. The investigation hypothesized: 1) patterns of endpoint variability of movements would be dependent upon the starting arm configuration and 2) any differences observed would be more apparent in conditions that withheld visual feedback. The results indicated that there were differences in endpoint variability between arm configurations in both visual conditions, but differences in variability increased when visual feedback was withheld. Overall this suggests that in the presence of visual feedback, planning of movements in 3D space mostly uses coordinates that are arm configuration independent. On the other hand, without visual feedback, planning of movements in 3D space relies substantially on intrinsic coordinates.
ContributorsRahman, Qasim (Author) / Buneo, Christopher (Thesis director) / Helms Tillery, Stephen (Committee member) / Barrett, The Honors College (Contributor) / Harrington Bioengineering Program (Contributor)
Created2014-05
Description
Biofeedback music is the integration of physiological signals with audible sound for aesthetic considerations, which an individual’s mental status corresponds to musical output. This project looks into how sounds can be drawn from the meditative and attentive states of the brain using the MindWave Mobile EEG biosensor from NeuroSky. With the MindWave and an Arduino microcontroller processor, sonic output is attained by inputting the data collected by the MindWave, and in real time, outputting code that deciphers it into user constructed sound output. The input is scaled from values 0 to 100, measuring the ‘attentive’ state of the mind by observing alpha waves, and distributing this information to the microcontroller. The output of sound comes from sourcing this into the Musical Instrument Shield and varying the musical tonality with different chords and delay of the notes. The manipulation of alpha states highlights the control or lack thereof for the performer and touches on the question of how much control over the output there really is, much like the experimentalist Alvin Lucier displayed with his concepts in brainwave music.
ContributorsQuach, Andrew Duc (Author) / Helms Tillery, Stephen (Thesis director) / Feisst, Sabine (Committee member) / Barrett, The Honors College (Contributor) / Herberger Institute for Design and the Arts (Contributor) / Harrington Bioengineering Program (Contributor)
Created2014-05
Description
Motor behavior is prone to variable conditions and deviates further in disorders affecting the nervous system. A combination of environmental and neural factors impacts the amount of uncertainty. Although the influence of these factors on estimating endpoint positions have been examined, the role of limb configuration on endpoint variability has been mostly ignored. Characterizing the influence of arm configuration (i.e. intrinsic factors) would allow greater comprehension of sensorimotor integration and assist in interpreting exaggerated movement variability in patients. In this study, subjects were placed in a 3-D virtual reality environment and were asked to move from a starting position to one of three targets in the frontal plane with and without visual feedback of the moving limb. The alternating of visual feedback during trials increased uncertainty between the planning and execution phases. The starting limb configurations, adducted and abducted, were varied in separate blocks. Arm configurations were setup by rotating along the shoulder-hand axis to maintain endpoint position. The investigation hypothesized: 1) patterns of endpoint variability of movements would be dependent upon the starting arm configuration and 2) any differences observed would be more apparent in conditions that withheld visual feedback. The results indicated that there were differences in endpoint variability between arm configurations in both visual conditions, but differences in variability increased when visual feedback was withheld. Overall this suggests that in the presence of visual feedback, planning of movements in 3D space mostly uses coordinates that are arm configuration independent. On the other hand, without visual feedback, planning of movements in 3D space relies substantially on intrinsic coordinates.
ContributorsRahman, Qasim (Author) / Buneo, Christopher (Thesis director) / Helms Tillery, Stephen (Committee member) / Barrett, The Honors College (Contributor) / Harrington Bioengineering Program (Contributor)
Created2014-05
Description
Recent work in free-recall tasks suggest that human memory foraging may follow a Lévy flight distribution – a random walk procedure that is common in other activities of cognitive agents, such as animal and human food foraging. This study attempts to draw parallels between memory search and physical search, with the assumption that humans follow similar search patterns in both. To date, research merely equates the two processes (foraging in memory and the physical world) based on a similarity in statistical structure. This study starts with demonstrating a relationship between physical distance traveled and IRIs by having participants list countries. An IRI, inter-retrieval interval, is the time interval between items recalled. The next experiment uses multidimensional scaling (MDS) to derive a Euclidean perceptual space from similarity ratings of freely-recalled items and then maps the trajectory of human thought through this perceptual space. This trajectory can offer a much more compelling comparison to physical foraging behavior. Finally, a possible correlate of Lévy flight foraging is explored called critical slowing down. Statistically significant evidence was found in all three experiments. The discussion connects all three experiments and what their results mean for human memory foraging.
ContributorsGreer, Katharine Marie (Author) / Amazeen, Eric L. (Thesis director) / Glenberg, Arthur (Committee member) / Amazeen, Polemnia (Committee member) / Department of Psychology (Contributor) / School of Criminology and Criminal Justice (Contributor) / Barrett, The Honors College (Contributor)
Created2016-12
Description
The percussion jazz ensemble is a long-established yet rare component of 21st century percussion studios in the United States. While many American collegiate programs have percussion ensembles that perform jazz-based pieces, none are identified as a “percussion jazz ensemble.” This may be for a variety of reasons. Professors may not have considered adding a percussion jazz ensemble to their program because of its scarcity in American universities. Including such a class would be challenging if the instructors did not feel comfortable or familiar enough with jazz idioms and vernacular. Additionally, very few compositions or arrangements are available for this group. While there are several method books on jazz vibraphone, there are no pedagogical resources designed specifically for the percussion jazz ensemble. The purpose of this document is to provide historical context, curricula, resource materials, and arrangements necessary for establishing a percussion jazz ensemble at the collegiate level. The end result will be to demonstrate the importance of an ensemble such as this for aspiring percussionists and motivate institutions focused on Western classical music to incorporate jazz elements into their percussion program. Research conducted for this project was limited to academic universities, pedagogical approaches, and ensembles found only in the United States and will not include a survey of those outside this country.
ContributorsMoreau, Danielle (Author) / Smith, Jeffrey (Thesis advisor) / Feisst, Sabine (Committee member) / Swoboda, Deanna (Committee member) / Arizona State University (Publisher)
Created2016
Description
ABSTRACT
Torse III (1965) by Akira Miyoshi, Two Movements for Marimba (1965) by
Toshimistu Tanaka, and Time for Marimba (1968) by Minoru Miki have remained “tour de force” pieces in the marimba repertoire since their inception nearly fifty years ago, yet they continue to present significant performance and interpretative issues to each new generation of marimbists. This document will serve as both a performance guide for advanced marimba performers, as well as provide insight into the aesthetic qualities that contribute to their lasting artistic significance.
Each piece will receive a designated chapter discussing the historical context, technical challenges, and general performance practices. The author will also present a designated chapter discussing the three over-arching aesthetic characteristics found in all three pieces: the use of the entire range of the instrument, the use of extreme contrasting dynamics and timbre, and the use of a common harmonic language.
Torse III, Two Movements, and Time were famously performed by Keiko Abe on her first classical marimba recital in 1968. This document will also help bring to light the enormous impact this recital had on the history of the marimba, as marimbists throughout the world today are forever indebted to Abe’s efforts.
Torse III (1965) by Akira Miyoshi, Two Movements for Marimba (1965) by
Toshimistu Tanaka, and Time for Marimba (1968) by Minoru Miki have remained “tour de force” pieces in the marimba repertoire since their inception nearly fifty years ago, yet they continue to present significant performance and interpretative issues to each new generation of marimbists. This document will serve as both a performance guide for advanced marimba performers, as well as provide insight into the aesthetic qualities that contribute to their lasting artistic significance.
Each piece will receive a designated chapter discussing the historical context, technical challenges, and general performance practices. The author will also present a designated chapter discussing the three over-arching aesthetic characteristics found in all three pieces: the use of the entire range of the instrument, the use of extreme contrasting dynamics and timbre, and the use of a common harmonic language.
Torse III, Two Movements, and Time were famously performed by Keiko Abe on her first classical marimba recital in 1968. This document will also help bring to light the enormous impact this recital had on the history of the marimba, as marimbists throughout the world today are forever indebted to Abe’s efforts.
ContributorsHolm, Matthew Douglas (Author) / Smith, Jeffrey B. (Thesis advisor) / Feisst, Sabine (Committee member) / DeMars, James (Committee member) / Arizona State University (Publisher)
Created2016
Description
Voicing, as it pertains to saxophone pedagogy, presents certain obstacles to both teachers and students simply because we cannot visually assess the internal mechanics of the vocal tract. The teacher is then left to instruct based on subjective “feel” which can lead to conflicting instruction, and in some cases, misinformation. In an effort to expand the understanding and pedagogical resources available, ten subjects—comprised of graduate-level and professional-level saxophonists—performed varied pitch bend tasks while their tongue motion was imaged ultrasonographically and recorded. Tongue range of motion was measured from midsagittal tongue contours extracted from the ultrasound data using a superimposed polar grid. The results indicate variations in how saxophonists shape their tongues in order to produce pitch bends from F6.
ContributorsLemoine, Ryan Cole (Author) / Gardner, Joshua T (Thesis advisor) / Creviston, Christopher (Thesis advisor) / Feisst, Sabine (Committee member) / Spring, Robert (Committee member) / Arizona State University (Publisher)
Created2016
Description
Sofia Gubaidulina’s Dancer on a Tightrope (Der Seiltänzer, 1993) for violin and piano is an excellent example of the sonic capabilities of both instruments. To convey the balance and uncertainty of a circus act, Gubaidulina makes ample use of rhythmic variation, flexible melodic gestures, compound meters, dissonance, and indeterminacy in notation of musical time. Due to the intricate nature of both parts, this can be a difficult work to perform accurately. This paper is an accompanying document to the score to explain notations, suggest performance techniques for both instruments, and provide a thorough analysis of the complete work.
Students of Gubaidulina’s music can find numerous studies detailing her biography as a Soviet and post-Soviet composer. There are many dissertations on her string works, including the string quartets and string trio. However, there is no performer’s guide or existing study that would provide insight to Dancer. Most of the existing literature on Gubaidulina is not based on sketches but relies on analysis of published sources.
In researching this document, I drew upon the manuscript collection for Dancer on a Tightrope housed at the Paul Sacher archives in Basel, Switzerland. I compare sketches with the published score and analyze the work’s structure, melodic aspects, harmony, timbre, and practical applications of the extended notation. I will also compare Dancer on
a Tightrope to Gubaidulina’s works from the same period, violin writing, and other chamber music. Many of the rhythmic and pitch ambiguities in the published score will be clarified by a sketch study of the piece. For assistance with piano notation and performance, I suggest techniques for the most careful way to play inside the instrument to avoid damage.
I contextualize Gubaidulina within a Soviet and international context. It is essential to view her work within a broader twentieth-century framework, her life as a composer in the USSR, and in light of broader socio-political trends. Gubaidulina is one of the foremost Soviet composers who has earned international recognition. This performer’s guide will advance and encourage performances of Dancer on a Tightrope and help disseminate knowledge about this work.
Students of Gubaidulina’s music can find numerous studies detailing her biography as a Soviet and post-Soviet composer. There are many dissertations on her string works, including the string quartets and string trio. However, there is no performer’s guide or existing study that would provide insight to Dancer. Most of the existing literature on Gubaidulina is not based on sketches but relies on analysis of published sources.
In researching this document, I drew upon the manuscript collection for Dancer on a Tightrope housed at the Paul Sacher archives in Basel, Switzerland. I compare sketches with the published score and analyze the work’s structure, melodic aspects, harmony, timbre, and practical applications of the extended notation. I will also compare Dancer on
a Tightrope to Gubaidulina’s works from the same period, violin writing, and other chamber music. Many of the rhythmic and pitch ambiguities in the published score will be clarified by a sketch study of the piece. For assistance with piano notation and performance, I suggest techniques for the most careful way to play inside the instrument to avoid damage.
I contextualize Gubaidulina within a Soviet and international context. It is essential to view her work within a broader twentieth-century framework, her life as a composer in the USSR, and in light of broader socio-political trends. Gubaidulina is one of the foremost Soviet composers who has earned international recognition. This performer’s guide will advance and encourage performances of Dancer on a Tightrope and help disseminate knowledge about this work.
ContributorsBirch, Alexandra (Author) / McLin, Katherine (Thesis advisor) / Feisst, Sabine (Committee member) / Ryan, Russell (Committee member) / Arizona State University (Publisher)
Created2017
Description
Throughout history composers have used music to depict their perception of the
refugee experience. This project expands upon this idea through the commission and
recording of four new works for saxophone. The compositions are Different Arks for solo
alto saxophone by John Secunde, Rubble/Resolve for alto saxophone and piano by Jared
Yackiw, Emerging Light for soprano saxophone and vibraphone by Alan Hankers, and
Unam aeternam for solo alto saxophone and stereo playback by Ashlee Busch. For each
work, this project provides performance guides, biographical contexts, program notes,
and recordings. I hope to encourage artists to discover and facilitate creative ways to
draw attention to migration around the world and contribute to the fight against racism
and xenophobia.
refugee experience. This project expands upon this idea through the commission and
recording of four new works for saxophone. The compositions are Different Arks for solo
alto saxophone by John Secunde, Rubble/Resolve for alto saxophone and piano by Jared
Yackiw, Emerging Light for soprano saxophone and vibraphone by Alan Hankers, and
Unam aeternam for solo alto saxophone and stereo playback by Ashlee Busch. For each
work, this project provides performance guides, biographical contexts, program notes,
and recordings. I hope to encourage artists to discover and facilitate creative ways to
draw attention to migration around the world and contribute to the fight against racism
and xenophobia.
ContributorsSacco, Christopher (Author) / Creviston, Christopher (Thesis advisor) / Feisst, Sabine (Committee member) / Micklich, Albie (Committee member) / Arizona State University (Publisher)
Created2020