Multimedia Authoring for Foreign Language Faculty: The
Libra Authoring System RobertFischerSouthwest Texas State Universityrf02@swt.eduMaryAnnLyman-HagerThe Pennsylvania State Universitymal1@psu.edu1997ACH/ALLC 1997editorthe secretarial staff in the Department of French Studies at
Queen's UniversityGregLessardencoderSaraA.SchmidtmultimediaauthoringLibraWith the assistance of grants from the Fund for the Improvement of Postsecondary
Education (FIPSE), project teams at Southwest Texas State University and The
Pennsylvania State University developed Libra, an
authoring system enabling faculty to create multimedia lessons focused on
foreign language listening comprehension. The instructional design of Libra is based on research in discourse processing theory
and foreign language schema theory. Principles of listening comprehension
processes advanced by these theories not only underlie the intended purpose of
Libra's authoring tools but also constitute a set
of lesson parameters to be taken into account in courseware development. In
their presentation, the presenters will address the implementation of
theoretical principles within the authoring system and the realization of those
principles in actual lessons.Four principles of central importance to foreign language listening comprehension
emerge from consideration of the findings of discourse processing theory and
schema theory.Comprehenders construct a mental representation of their understanding
of the meaning of a textComprehenders use their preexisting knowledge of the topic of
communication to interpret information derived from a textMost foreign language students need guidance to follow lower-order and
higher-order text processing strategiesComprehenders' knowledge of the logical structure of a text
facilitates their development of a coherent view of a text's overall
meaningThe fundamental principle of discourse processing theory holds that comprehenders
actively construct a mental representation of their understanding of the meaning
of a text on the basis of information presented in the text and their own
pre-existing background knowledge. Text based comprehension processes include
comprehenders' initial use of sentence parsing strategies to derive semantic
representations of those sentences (micro-level text processing). Comprehenders
then relate these semantic representations to those of previously processed
sentences to form more general semantic representations (macro-level text
processing). As comprehenders proceed through the text, they continue using
micro-level and macro-level text processing strategies, integrating new
information into their evolving mental representation and discarding irrelevant
details in the process, until they arrive at an elaborated model of their
understanding of the overall meaning of the text. (See Gernsbacher, 1990;
Guindon and Kintsch, 1984; Horiba, 1993; Horiba et al., 1993; Johnson-Laird,
1983; Oller, 1996; Singer, 1990, van Dijk and Kintsch, 1983, and Vipond, 1980.)
Traditional approaches to foreign language listening comprehension generally
emphasize low level information, asking students to recall (sometimes minute)
factual information contained within texts. A more thorough understanding of
texts clearly requires students to process information at higher processing
levels.Comprehenders' pre-existing background knowledge is said to be instantiated by
statements made early in the text which serve to activate their mental schemata
relevant to the topic of communication. They then use this knowledge, and other
real-world knowledge, to guide their interpretation of information correctly or
incorrectly understood from the text. (See Barry and Lazarte, 1995; Bernhardt
and Berkemeyer, 1988; Carrell, 1981, 1983; Hammadou, 1991; Kintsch, 1988; Long,
1990; Mueller, 1980; and Rubin, 1994.) Schema theory prescribes the use of
advance organizers of various types in instructional materials to activate
comprehenders' pertinent background knowledge. (See Bernhardt and James, 1986;
Byrnes, 1984; Glover and Dietzer, 1990; Herron, 1994; Herron et al., 1995, and
Omaggio-Hadley, 1993.) Advance organizers may take the form of brainstorming
about the topic of communication, generating hypotheses about anticipated events
in the story, viewing pictures portraying the characters and actions in the
story, or learning essential vocabulary expressions used in the story. Once
equipped with such preparatory information, students can then set about the task
of listening to the text.Students whose level of foreign language proficiency falls below the level of the
style of language used in a text tend to make predominant use of either
micro-level text processing strategies (bottom-up approach) or macro-level text
processing strategies (top-down approach). (See Bernhardt and Berkemeyer, 1988;
Chamot and Kpper, 1989; O'Malley et al., 1989, and Wolff, 1987.) Students who
use exclusively bottom-up processing strategies will typically develop a
fragmented view of low level information presented in the text, and those who
rely too extensively on top-down processing strategies can easily create a
highly idiosyncratic interpretation of the text's major theme(s). In either
case, students who make inordinate use of one set of strategies over the other
will ultimately fail to arrive at an overall, accurate view of the text's
meaning. To be successful comprehenders, most foreign language students need
explicit guidance in the appropriate use of both micro-level and macro-level
text processing strategies. The use of such bi-directional text processing
strategies should guide students to attend to specific information presented in
the text while at the same time help them to develop a mental model of its
general meaning. (See Carrell, 1988.)Comprehenders knowledge of the logical or rhetorical relationships among the
narrative components of a text facilitates their development of a coherent view
of the text's overall meaning. (See Chaudron and Richards, 1986; Duffy et al.,
1990; Jonz, 1989; Kintsch, 1990; Lee and Riley, 1990; Meyer and Freedle, 1984;
and Trabasso et al., 1984.) This knowledge plays a central role in macro-level
text processing as comprehenders attempt to understand the major ideas presented
in the text and to integrate them into their mental representation. If foreign
language students are not able to relate larger chunks of the text to each other
in some rational manner, they will eventually possess only a disjointed view of
the text's meaning.The four principles briefly described above formed the research base for Libra's instructional design. (See Fischer and Farris 1995
for a summary of the implementation of instructional principles in the authoring
system.) Libra's authoring tools enable faculty to
develop student lessons whose instructional features reflect appropriate
listening comprehension strategies and model their effective use. Libra's tools allow faculty to create, for example,
advance organizers which provide multimedia information to preview characters
and events in a story, display text maps to explicate the logical structure of
the story, and present hyperactive text sequences to preteach salient vocabulary
expressions. They also permit faculty to include in student lessons prompting
devices and help screens to put macro-level and micro-level information into
relief. Perhaps most important, they enable faculty to formulate comprehension
questions to confirm students' understanding of the major ideas of the story and
also to verify their apprehension of specific language expressions used to
convey those ideas. In sum, the Libra contains the
instructional components and authoring procedures necessary to create rich
learning environments in which to guide students' active use of listening
comprehension strategies.Libra is organized as a set of authoring templates
consisting of basic expository displays and four question formats
(multiple-choice, checklist, binary checklist, and icon sorting) supported by
textual and multimedia feedback. The authoring system also contains four kinds
of help screen displays (generic help screens, video-based help screens,
language scripts, and dictionaries) along with programmable buttons and fields
to provide essential pedagogical support for students. Its authoring tools
include multimedia controls (graphics, analog video, digital video, and digital
audio), context-sensitive lesson controls for the question formats, and various
types of linking procedures--including links to other applications and to world
wide web documents. Finally, faculty authors develop lessons in a
what-you-see-is-what-the-student-gets environment, giving a consistently clear view of what their final
product will look likeOver 200 faculty members have used Libra to create
lessons in a dozen languages ranging from French to Russian and Chinese.
Evaluation projects at institutions such as the Catholic University of America,
the Pennsylvania State University, Northwestern University, Southwest Texas
State University, and the University of Colorado have revealed that
well-designed Libra lessons have a measurable impact on
student learning. In an early evaluation project at Southwest Texas State
University, analysis of student test data showed that the instructional design
of lessons developed for beginning French students substantially helped them to
understand a French video story. In a carefully controlled experimental
situation, students in the experimental group used Libra lessons designed in accordance with the four instructional
principles described above, while students in the control group used Libra lessons which followed a more traditional approach
found in most conventional listening programs. Students in the experimental
group significantly outperformed students in the control group on all measures
used in free recall protocol posttests. More recent analysis of student use data
obtained by means of Libra's tracking mechanism
revealed the ways in which students used lesson's instructional components and
provided insights into their use of listening comprehension strategies. Analysis
of student use data in the context of comparison of those data to students'
scores on free recall protocols revealed patterns of strategy use directly
related to individual achievement levels.The presenters will discuss in their paper the instructional design of Libra and illustrate the operation of its authoring tools.
They will also demonstrate sample lessons in French featuring recommended
instructional designs based on the principles of discourse processing theory and
schema theory. Finally, they will present results of the analysis of student
evaluation data and student use data. Evidence collected so far indicates that
Libra provides flexible and easy-to-use authoring
tools which enable faculty to create instructionally effective language learning
lessons. It remains to develop and evaluate Libra
lessons designed for more advanced levels of language instruction to yield
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