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Articles

Simulated speaking environments for language learning: insights from three cases

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Pages 17-48
Published online: 07 May 2018
 

ABSTRACT

Recent CALL technology reviews cover a plethora of technologies available to language learners to improve a variety of skills, including speaking. However, few technology-enhanced self-access tools are available for pragmatic development, especially in oral modality. Recognizing the benefits of structured practice for second language development, we demonstrate how such practice can be incorporated into three recently developed simulated speaking environments that vary on the targeted L2 (French, English), domain of use (academic or everyday interaction), emphasis on higher-order and/or lower-order skills, and accommodation of multiple L2 varieties. In the spirit of finding synergies and learning from each other's experiences in specific local contexts, we address the following research questions: (1) How does the local context, researcher and learner goals, and technological possibilities influence the design of each computer application? (2) Based on the examination of the three programs, what can we learn in view of redesign options and suggest to future developers of such programs?

Acknowledgments

This paper was inspired by the theme of the CALL 2017 conference: CALL in Context. Among many others, Dorothy Chun's (2017 Chun, D. (2017, July). Contextual challenges of Telecollaboration 2.0. Paper presented at the Computer Assisted Language Learning (CALL) Conference, Berkeley, CA. [Google Scholar]) presentation provided illustrative examples of context effects on the success of a telecollaboration, while Linda Gijsen and Jozef Colpaert (2017 Gijsen, L., & Colpaert, J. (2017, July). Design of telecollaborative tasks: Where is the context? Proceedings of computer assisted language learning (CALL) conference, Berkeley, CA. Retrieved from http://call2017.language.berkeley.edu/wp-content/uploads/2017/07/CALL2017_proceedings.pdf [Google Scholar]) cautioned that among a multitude of available resources, pedagogues should not settle on the most common ones but consider all options given a particular context.

Disclosure statement

No potential conflict of interest was reported by the authors.

Additional information

Notes on contributors

Tetyana Sydorenko

Tetyana Sydorenko (PhD, Michigan State University), developer of SimCon, is an assistant professor of Applied Linguistics at Portland State University. Her research interests include L2 pragmatics, computer-assisted language learning, psycholinguistic processes in SLA, and assessment. She is currently investigating the use of adaptive computer-simulated conversations in the teaching of L2 pragmatics.

Tom F. H. Smits

Tom F. H. Smits, co-developer of Papotons!, is an associate professor (senior lecturer) for Teaching English and German as a Foreign Language at Antwerp University's Antwerp School of Education. His research involves variation and diversity in the fields of pedagogy (e.g. differentiation) and linguistics (e.g. language variation and change), and covers educational issues (e.g. CALL, EAP) in Belgium, South Africa and the DR Congo.
E-mail:

Keelan Evanini

Keelan Evanini (PhD, University of Pennsylvania), co-developer of HALEF tasks, is a research director at Educational Testing Service. His research interests include automated assessment of non-native spoken English for large-scale assessments, automated feedback in computer assisted language learning applications, and spoken dialog systems. He leads the research team that develops SpeechRater, the ETS capability for automated spoken language assessment.
E-mail:

Vikram Ramanarayanan

Vikram Ramanarayanan (PhD, University of Southern California), co-developer of HALEF tasks, is a research scientist at Educational Testing Service's R&D division in San Francisco and also holds an Assistant Adjunct Professor appointment in the Department of Otolayngology – Head and Neck Surgery at the University of California, San Francisco. Vikram's research interests lie in applying scientific knowledge to interdisciplinary engineering problems in speech, language and vision and in turn using engineering approaches to drive scientific understanding. His work on speech science and dialog technology has won two Best Paper Awards, an Editor's Choice Award and an ETS Presidential Award.
E-mail:

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