Legibility of Musical Scores and Parallels with Language Reading
type: CreativeWork
description: Following on the extensive literature within experimental psychology on the reading of natural language texts, I have undertaken a series of experiments on the sight-reading of musical scores that have shown that spacing of information, the structuring of the musical discourse, and the predictability of design in a score can aid its legibility in a manner similar to what has been shown in the language domain. Cultural studies of reading —particularly the works of Saenger— point in the same direction; according to these, the change in Medieval textual scripts from scriptura continua at the beginning of the eight century to the adoption of canonical separations between words, phrases, or paragraphs (which had fully spread throughout Europe by the mid-fourteenth century) significantly decreased the cognitive load and time that had previously been needed to decode a script. Crucially, this eliminated the need for the ancient techniques of the praelectio (initial decoding of the text by reading it aloud) and rote repetition for its comprehension, triggering a whole new culture of private fluent reading. Equally, the literature on music sight-reading (although lacking in systematic research based on objective measurements of legibility of texts) has proposed, based on surveys and studies of expertise, a series of cognitive models of the activity that prime, as factors that distinguish proficient readers from beginners: the integration of discursive elements into higher-order meaning units, the ability to predict upcoming information, and the awareness of the structuring of the text. The experiments reported here compared readings using conventional scores with readings using novel scores where the suggested advantages of information separation, integration and predictability were implemented in the design. Fluency of performance was measured primarily in terms of numbers of mistakes, results showing that readers played more accurately with the novel scores. Other, more qu…
abstract: Following on the extensive literature within experimental psychology on the reading of natural language texts, I have undertaken a series of experiments on the sight-reading of musical scores that have shown that spacing of information, the structuring of the musical discourse, and the predictability of design in a score can aid its legibility in a manner similar to what has been shown in the language domain. Cultural studies of reading —particularly the works of Saenger— point in the same direction; according to these, the change in Medieval textual scripts from scriptura continua at the beginning of the eight century to the adoption of canonical separations between words, phrases, or paragraphs (which had fully spread throughout Europe by the mid-fourteenth century) significantly decreased the cognitive load and time that had previously been needed to decode a script. Crucially, this eliminated the need for the ancient techniques of the praelectio (initial decoding of the text by reading it aloud) and rote repetition for its comprehension, triggering a whole new culture of private fluent reading. Equally, the literature on music sight-reading (although lacking in systematic research based on objective measurements of legibility of texts) has proposed, based on surveys and studies of expertise, a series of cognitive models of the activity that prime, as factors that distinguish proficient readers from beginners: the integration of discursive elements into higher-order meaning units, the ability to predict upcoming information, and the awareness of the structuring of the text. The experiments reported here compared readings using conventional scores with readings using novel scores where the suggested advantages of information separation, integration and predictability were implemented in the design. Fluency of performance was measured primarily in terms of numbers of mistakes, results showing that readers played more accurately with the novel scores. Other, more qu…
author: Stenberg, Vidar Arild
language: en
keywords: Music reading, Score design, Language processing
license: https://apollo8-f-pro.lib.cam.ac.uk/bitstreams/51124e87-262b-4718-8b39-5a85db18206e/download
license: https://creativecommons.org/licenses/by-nc-nd/4.0/
date published: 2019-07-19
date modified: 2026-07-22T22:24:31Z
provider: Cambridge University
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: University of Cambridge

PropertyValue
property ID: DOI
value: 10.17863/CAM.41100