Roger T Dean
Biographic Data
| ID | 1098780 |
|---|---|
| NAME | Roger T Dean |
| GIVEN NAMES | Roger T |
| FAMILY NAME | Dean |
| SIGNATURE | DEAN R T |
| AFFILIATIONS | Western Sydney University |
| ORCID | 0000-0002-8859-8902 |
| VERIFIED | Yes |
| TOTAL WORKS | 53 |
| TOTAL CITATIONS | 4 |
| AUTHOR COUNT | 50 |
| EDITOR COUNT | 3 |
| FIRST PUBLICATION YEAR | 1993 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 1 |
Acoustical and Cultural Explanations for Contextual Tonal Stability
A defining aspect of tonality in Western music is that different musical pitches are perceived to have different stabilities: listeners expect unstable pitches to resolve to stable pitches such as the tonic, which is the most stable. To investigate possible explanations for these hierarchies of tonal stability, we conducted three experiments where participants rated the “fit” and “stability” of probe tones contextualized by a variety of musical s…
An Algorithm for Human Embodiment and Computational Realization of Familiar and Novel African/Clave
This paper introduces an algorithm which aims to inspire music creation by generating familiar African/clave rhythm and novel transforms of them. The algorithm generalizes the musical practices described in Peñalosa’s pedagogy into an ‘embodied state’ indicative of African philosophies of call and response and grounding in ancestral wisdom. Based upon polyrhythmic alternations of hands and feet performing replicated ‘seed rhythms’, the rhythms pr…
Promoting unfamiliar music through data science
This article describes a personal music recommender system designed to overcome the ‘cold start’ problem that affects the visibility of recent works of composition and improvisation outside popular music. The approach builds upon our experimental results that showed increased levels of engagement by subjects with unfamiliar music through a focus on acoustic properties and emotional response. Set in the context of a digital music library, the deve…
Increasing music preference through guided self-framing
Going online
As a result of the COVID-19 pandemic, many cultural and artistic programs for older adults have been put on hold, despite the numerous physical, social, and emotional well-being benefits continued participation may bring. This article details a cross-section of participants ( n = 13) in the Active Minds Music Ensemble—a longitudinal Australian-based research project that provides 12 months of group music instrument lessons to healthy older adult …
Denley, Jim
Evaluative conditioning of responses to unfamiliar chords by exposure to valenced images
The extent to which emotional responses to musical elements are influenced by their past associations with specific emotional responses is largely unknown. To assess this possibility, the present study tested whether pairing positive, negative, or neutral chords from an unfamiliar musical system (a microtonal Bohlen–Pierce tuning) with positively or negatively valenced pictures would have an effect on subsequent liking ratings. The microtonal cho…
Making the Unfamiliar Familiar
Affective responses to music have been shown to be influenced by the psychoacoustic features of the acoustic signal, learned associations between musical features and emotions, and familiarity with a musical system through exposure. The present article reports two experiments investigating whether short-term exposure has an effect on valence and consonance ratings of unfamiliar musical chords from the Bohlen-Pierce system, which are not based on …
Ammri
We present computational analyses of musical performances during 12-months study by novice participants aged 65–80. They learned two instruments (an electronic piano keyboard; the iPad app ThumbJam) each with two distinct approaches: replication by ear of melodies, and improvisation using specified methods. Here we present computational simulations and analyses of such processes and the corresponding R script. Using MIDI recordings from one parti…
The Multi-Tuned Piano
Unlike a physical grand piano, a physical synthesis instrument, such as one of Pianoteq’s series of grand pianos, is not necessarily constrained at any moment to a single tuning system. This article discusses why a system using discrete piano pitches (not sliding pitches) chosen freely among the audible pitch continuum presents interesting musical and expressive possibilities. Audio and video of compositions and an improvisation exploiting the sy…
Affective and Cognitive Responses to Musical Performances of Early 20th Century Classical Solo Piano Compositions
Effective audience engagement with musical performance involves social, cognitive and affective elements. We investigate the influence of observers’ musical expertise and instrumental motor expertise on their affective and cognitive responses to complex and unfamiliar classical piano performances of works by Scriabin and Hanson presented in audio and audio-visual formats. Observers gave their felt affect (arousal and valence) and their action und…
On the Roles of Complexity and Symmetry in Cued Tapping of Well-formed Complex Rhythms
Production of relatively few rhythms with non-isochronous beats has been studied. So we assess reproduction of most well-formed looped rhythms comprising K=2-11 cues (a uniform piano tone, indicating where participants should tap) and N=3-13 isochronous pulses (a uniform cymbal). Each rhythm had two different cue interonset intervals. We expected that many of the rhythms would be difficult to tap, because of ambiguous non-isochronous beats and sy…
Influence of a continuous affect ratings task on listening time for unfamiliar art music
We aim to increase user engagement in unfamiliar music. We investigated listening duration for 100 unfamiliar art music items from the Australian Music Centre (AMC) library, presented under four different exposure conditions: a continuous affect response task, text/photographic information, text only, and no information. Participants could skip each item, and provided post-excerpt liking or familiarity ratings. Time-series analysis models of list…
Context effects of background babbling on memory for melodies
Disruptive effects of background noise on memory have been thoroughly investigated. Potential beneficial context effects of background noise on memory, however, have received far less attention. Here, we explore whether and how unintelligible multiple talker background babbling affects melody recognition. Participants continuously listened to melodies, each of which appeared twice during the experiment. After each melody participants were asked t…
The Oxford Handbook of Algorithmic Music
Algorithmic music appears to be at a turning point in its history, with many new systems and communities of practice developing together, as vibrant musical culture. This handbook brings together dozens of leading researchers and practitioners in the field, blending technical, artistic, cultural and scientific viewpoints into a whole that considers the making of algorithmic music as a rich, and essentially human activity. The book is organised in…
The Audience Reception of Algorithmic Music
Contemporary music research and practice have leveraged advances in computing power by integrating computing devices into many aspects of music—from generative music to live coding. This efflorescence of musical practice, process, and product raises complex issues in audience reception. This chapter employs a comparative analysis in a longitudinal study designed to understand the psychological aspects of the audience reception of algorithmic musi…
Interference in memory for pitch-only and rhythm-only sequences
In human memory, the ability to recognize a previously encountered stimulus often undergoes cumulative interference when the number of intervening items between its first and second presentation increases. Although this is a common effect in many domains, melodies composed in tuning systems familiar to participants (e.g., Western tonal music) do not seem to suffer such cumulative decrements in recognition performance. Interestingly, melodies in u…
Learning a well-formed microtonal scale
This study investigates learning interval structure and pitch occurrence frequency of a microtonal scale by two groups of musicians (one experienced in Western tonal music only, the other in several microtonal systems) and non-musicians. While musically untrained participants could rapidly learn the pitch occurrence frequency of this scale, learning microtonal pitch intervals was slow in musicians. Interestingly, microtonal musicians were the slo…
The Character Thinks Ahead
The authors discuss how to control outputs from deep learning models of text corpora so as to create contemporary poetic works. They assess whether these controls are successful in the immediate sense of creating stylometric distinctiveness. The specific context is the authors’ piece The Character Thinks Ahead (2016–2017); the potential applications are broad
Relationships Between Generated Musical Structure, Performers’ Physiological Arousal and Listener Perceptions in Solo Piano Improvisation
What musical structures do improvisers produce, and how do these relate to their physiological arousal while performing and to listener perceptions? Nine professional improvisers performed both structured and free improvisations. We hypothesized that increases in performers’ arousal and attention during structural transitions would be reflected by changes in skin conductance. Consistent with the hypothesis, skin conductance changed particularly a…
The Serial Collaborator
Serial music, which is mainly non-tonal, superimposes compositional freedom onto an unusually rigorous process of pitch-sequence transformations based on ‘tone rows’: a row is usually a sequence of notes using each of the 12 chromatic pitches once. Compositional freedom comprises forming chords from the sequences, and in multi-strand music, also in simultaneously presenting different segments of pitch-sequences. The present project coded a real-t…
Generative Structures in Improvisation
We assessed the hypothesis elaborated by Pressing and by the first author that improvisation is normally based on the generation of segmental contrasts in musical features. Nine experienced improvisers performed a series of free- and 3-section referent-based pieces, each of about three minutes. Each player undertook eight improvisations with 'referent' instructions, preceded and followed by a free improvisation. A MIDI-equipped grand piano was us…
The Oxford Handbook Of Computer Music
Continuous subjective loudness responses to reversals and inversions of a sound recording of an orchestral excerpt
Twenty-four respondents continuously rated the loudness of the first 65 seconds of a Dvořák Slavonic Dance, which was known to vary considerably in loudness. They also rated the same excerpt when the sound file was digitally treated so that (1) the sound pressure level (SPL) was inverted or (2) it was temporally reversed or (3) both 1 and 2. Specifically we wanted to see if acoustic intensity was processed into the percept of loudness primarily u…
Practice-led Research, Research-led Practice in the Creative Arts
This book addresses one of the most exciting and innovative developments within higher education: the rise in prominence of the creative arts and the accelerating recognition that creative practice is a form of research. The book considers how creative practice can lead to research insights through what is often known as practice-led research. But unlike other books on practice-led research, it balances this with discussion of how research can im…
Listener Detection of Segmentation in Computer-Generated Sound
The controlled manipulation of digitally generated sound in computer music affords new opportunities to investigate the cognitive accessibility of musical features additional to pitch and rhythm. Experiments investigated listeners' detection of segments in computer-generated material, ranging from obvious (Experiment 1) to more subtle and undetectable segmentation (Experiment 2). Experiment 3 compared segment detection using headphones to using l…
Widening Unequal Tempered Microtonal Pitch Space for Metaphoric and Cognitive Purposes with New Prime Number Scales
I define a new set of microtonal scales based on the prime number series, and containing 41 to 91 pitches spread over the whole audible range, rather than subdividing the octave. I designed these scales for metaphorical purposes, and applied one within my performance piece Ubasuteyama (2008), written with Hazel Smith, for speaker, computer sound and digital processing. Simple timbres using partials bearing prime number ratios to their fundamental…
The mirage of real-time algorithmic synaesthesia
This article looks at algorithmic synaesthesia, a form of sonic intermedia involving synchronous computer-mediated manipulation of sound and image. In algorithmic synaesthesia extensively shared features are created in the two media. Examples of such work by austraLYSIS and others are discussed. What an audience member can cognitively access in such synaesthesia is considered: creators of intermedia works may overestimate this. The fact that a ma…
Talking and Thinking
Postmodern Culture - Volume 3, Number 3, May 1993
Hounslow, Keith
Bull, Geoff(rey Randolph)
Bailey, Judy
Lane, Joe “Bebop”
Ermoll, Serge
MacRae, Dave
Simmonds, Mark
Evans, Sandy
Turnbull, Alan (Lawrence)
Bronson, Eddie
Buck, Tony
Ambarchi, Oren
Tinkler, Scott
Bailey, Derek
Bukovsky, Mike
Grabowsky, Paul
Cale, Bruce
Hopkins, Tim(othy John)
Furniss, Paul
Frampton, (Donald) Roger
Golla, George
Tolley, David
Pochée, John
The mirage of real-time algorithmic synaesthesia
This article looks at algorithmic synaesthesia, a form of sonic intermedia involving synchronous computer-mediated manipulation of sound and image. In algorithmic synaesthesia extensively shared features are created in the two media. Examples of such work by austraLYSIS and others are discussed. What an audience member can cognitively access in such synaesthesia is considered: creators of intermedia works may overestimate this. The fact that a ma…
Computer Science (29 works) · Art (25 works) · Neuroscience and Music Perception (18 works) · Psychology (18 works) · Musical (13 works) · Visual arts (13 works) · Music and Audio Processing (11 works) · Speech recognition (10 works) · Cognitive psychology (9 works) · History and Developments in Astronomy (8 works)