An invaluable supplement to a wide variety of courses related to language, technology, and society.

Terry Joyce, Written Language & Literacy

Richard Sproat's canvas is exceptionally broad, as befits the subject, ranging from the clay tokens of ancient Mesopotamia and the later Egyptian hieroglyphs, through decipherment, pseudo-decipherment and literacy, to the computerization of the Chinese script and the development of machine translation. His expertise, especially in computing, is evident; his examples are varied, apposite and accessible; and his style is lucid, measured and often amusing. Language, Technology, and Society is clearly the fruit of long reflection by the author, and this shows on every page.

Andrew Robinson, author of Writing and Script: A Very Short Introduction

Steven Poole's non-fiction choice in The Guardian^

This book traces the history of language technology from writing - the first technology specifically designed for language - to digital speech and other contemporary language systems. The book describes the social impact of technological developments over five millennia, and addresses topics such as the ways in which literacy has influenced cognitive and scientific development; the social impact of modern speech technology; the influence of various printing technologies; the uses and limitations of machine translation; how far mass information access is a means for exploitation or enlightenment; the deciphering of ancient scripts; and technical aids for people with language disabilities. Richard Sproat writes in a clear, readable style, introducing linguistic and other scientific concepts as they are needed. His book offers fascinating reading for everyone interested in how language and technology have shaped and continue to shape our day-to-day lives.
Les mer
This book traces the history of language technology from writing - the first technology designed for language - to digital speech and contemporary language systems. Written in a clear, readable style, the book offers fascinating reading for everyone interested in how language and technology have shaped and continue to shape our day-to-day lives.
Les mer
1. Preliminaries ; 2. Writing as a Language Technology ; 3. How Writing Represents Language ; 4. Decipherment ; 5. Writing, Literacy, and Society ; 6. history ; 7. Modern Speech Technology ; 8. Language Processing and Translation ; 9. The Future
Les mer
An invaluable supplement to a wide variety of courses related to language, technology, and society.
Accessible to a wide audience; jargon-free Combines original research with a wide-ranging overview of work in many fields Illuminates the inner workings of complex technologies, such as speech recognition and machine translation systems
Les mer
Richard Sproat is a Professor in the Center for Spoken Language Understanding and the Division of Biomedical Computer Science, Oregon Health and Science University. He has been awarded seven patents for technological innovations and is the author of A Computational Theory of Writing Systems (CUP, 2000) and co-author with Brian Roark of Computational Approaches to Syntax and Morphology (OUP, 2007).
Les mer
Accessible to a wide audience; jargon-free Combines original research with a wide-ranging overview of work in many fields Illuminates the inner workings of complex technologies, such as speech recognition and machine translation systems
Les mer

Produktdetaljer

ISBN
9780199549382
Publisert
2010
Utgiver
Vendor
Oxford University Press
Vekt
609 gr
Høyde
240 mm
Bredde
165 mm
Dybde
21 mm
Aldersnivå
UU, UP, P, 05, 06
Språk
Product language
Engelsk
Format
Product format
Innbundet
Antall sider
302

Forfatter

Biographical note

Richard Sproat is a Professor in the Center for Spoken Language Understanding and the Division of Biomedical Computer Science, Oregon Health and Science University. He has been awarded seven patents for technological innovations and is the author of A Computational Theory of Writing Systems (CUP, 2000) and co-author with Brian Roark of Computational Approaches to Syntax and Morphology (OUP, 2007).