ISSN: 2534-5192 (electronic) – 2681-8566 (print)

ISBN: 978-2-9570549-0-9 e-ISBN: 978-2-9570549-1-6 DOI: https://doi.org/10.36824/2018-graf Download (57.57 MB)

Graphemics in the 21st Century /gʁafematik/ Brest, June 13–15, 2018 Proceedings, 2019 Yannis Haralambous (Ed.) Florian Coulmas „Die Buchstabenschrift ist an und für sich die intelligentere.“ Überlegungen zur Bewertung von Schriftsystemen [“Alphabetic writing is in and for itself the more intelligent Form''. Reflections on the evaluation of writing systems] Marc Wilhelm Küster Open and Closed Writing Systems. Some Reflections Martin Evertz The History of the Graphematic Foot in English and German Yannis Haralambous & Joseph Dichy Graphemic Methods for Gender-Neutral Writing Wang Yifan What Are We Calling “Latin Script”? Name and Reality in the Grammatological Terminology Sveva Elti di Rodeano Digraphia: the Story of a Sociolinguistic Term Yannis Haralambous & Martin Dürst Unicode from a Linguistic Point of View Christa Dürscheid & Dimitrios Meletis Emojis: A Grapholinguistic Approach Keisuke Honda What Do Kanji Graphs Represent in the Current Japanese Writing system? Towards a Unified Model of Kanji as Written Signs Tereza Slaměníková On the Nature of Unmotivated Components in Modern Chinese Characters Cornelia Schindelin The Li-Variation (隶变/隸變) lìbiàn. When the Ancient Chinese Writing Changed to Modern Chinese Script Kamal Mansour On the Origin of Arabic Script Joseph Dichy On the Writing System of Arabic: The Semiographic Principle as Reflected in Nasḫī Letter Shapes Ray Stegeman Orthographies in Papua New Guinea through the Years David Roberts, Dana Basnight-Brown & Valentin Vydrin Marking Tone with Punctuation: Orthography Experimentation and Reform in Eastern Dan (Côte d'Ivoire) Kavya Manohar & Santhosh Thottingal Malayalam Orthographic Reforms. Impact on Language and Popular Culture Nicolas Ballier, Erin Pacquetet & Taylor Arnold Investigating Keylogs as Time-Stamped Graphemics Patricia Thaine & Gerald Penn Vocalic and Consonantal Grapheme Classification through Spectral Decomposition