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Initiatives in Digital Technology — Funded Proposals: Simon Hooper,
Susan Rose
Enrollment in American Sign Language (ASL) world
language classes at the University of Minnesota has increased more than
50% over the past four years. However, the methods used to provide
instruction and assessment have changed little over the past decade. A
particularly problematic instructional area is in the assessment of ASL
performance. The VHS video system currently being used is an administrative
problem and does little to support student learning. The purpose of this project
is to build a language-learning environment that transforms the existing
performance assessment process and creates new opportunities for learning
ASL. The system will integrate contemporary computer networking technology
and general outcome measures to enhance communication proficiency. The
resulting environment will be a cost-effective application of pedagogically-
and technologically-advanced innovations that together improve instructional
quality. We will develop Curriculum Based Measures (CBM) to establish a
flexible, fast, valid, and reliable technique for measuring student progress
and promoting early detection of learning difficulties. The CBM will be
integrated into in a computer-based ASL assessment system that creates, (a)
an environment for students to capture, submit, and archive ASL performances,
(b) a setting for instructors to evaluate and report student performance, (c)
a system for students to self-assess performance, and (d) an administration
component to manage and coordinate performance- and evaluation-data.
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