| Edited by Dennis W. Spuck and William C. Bozeman |
formerly Journal of Research on Computing in
Education
Volume 28 Number 2 -- Winter 1995-1996
Table of
Contents
Effects of Anonymity and Group Saliency on Participation and
Interaction in a Computer-Mediated Small-Group Discussion
Terence C. Ahern and Vance Durrington 133
Effects of Learning Styles, Programming, and Gender on
Computing Anxiety
David J. Ayersman and W. Michael Reed 148
Computer Use in a Multicultural Classroom
Inéz Márquez Chisholm
162
An Analysis of Required Computer Competencies for University
Students
Julie Furst-Bowe, Carl Boger, Tom Franklin, Betty McIntyre,
Janet Polansky, and Steve Schlough 175
Understanding Computer-Supported Group Work: The Effects of
Interaction Frequency on Group Process and Outcome
Leonard M. Jessup, Joy L. Egbert, and Terry Connolly 190
Using Hypermedia Programs to Administer Tests: Effects on
Anxiety and Performance
Robert F. Perkins 209
Effectiveness of Graphic Organizers in Computer-Based
Instruction With Dominant Spanish-Speaking and Dominant
English-Speaking Students
Donn Ritchie and Fernanda Gimenez 221
The Role of School-Based Technology Coordinators as Change
Agents
in Elementary School Programs: A Follow-Up Study
Neal B. Strudler 234
The Effect of School Management Information Systems on the
Nature of a Loosely Coupled High School InstructionÐ
Administration Subsystem: A Preliminary Study
Moshe Telem and Orit Avidov 258
Abstracts
Effects of Anonymity and
Group Saliency on Participation and Interaction in a
Computer-Mediated Small-Group Discussion
Terence C. Ahern and Vance Durrington
Texas Tech University
Abstract
Research on the use of computer-mediated communication (CMC)
in learning environments has demonstrated that the levels of
member participation and achievement are consistently high
when compared to more traditional learning environments. On
closer scrutiny, this medium of exchange seems to have a
dramatic impact on the ability of groups to structure
interaction across time. This article reports on the
structure of individual interaction in a CMC environment in
which one condition had a high level of group identification
in contrast to a condition that maintained individual
anonymity. In addition, the condition of identity was crossed
with a redesigned user interface that required participants
in the discussion to map their interaction manually. The
results of this study indicate that high group saliency
inhibits the development of highly structured interpersonal
interaction. However, through the use of a graphic-based
interface, members are more likely to engage in highly
structured interpersonal interaction.
Effects of Learning Styles, Programming, and Gender on
Computer Anxiety
David J. Ayersman
Mary Washington College
W. Michael Reed
West Virginia University
Abstract
This study investigated the effects of learning styles,
programming, and gender on computer anxiety. Fifty-eight
undergraduate preservice teachers (36 females, 22 males)
participated. KolbÕs Learning Styles Inventory, a modified
version of SpielbergerÕs Anxiety Scale, and a written and
hands-on measure of BASIC programming were used. Programming
instruction was found to significantly reduce computer
anxiety, but with no significant difference by type of
learning style. The one-day intensive format reduced computer
anxiety significantly less than the four-week distributed
format. Females significantly outperformed males on the
hands-on component of the exam. The two types of learning
styles that were least represented (Convergers and Divergers)
were found to reduce computer anxiety the least and to
perform the poorest on both aspects of the exam.
Computer Use in a Multicultural Classroom
InŽs M‡rquez Chisholm
Arizona State University West
Abstract
This article presents findings from a case study exploring
how an effective teacher in a multicultural classroom manages
computer use. The study looks at how the teacherÕs management
strategies accommodate differences in childrenÕs cultural and
learning preferences and provide for equitable access across
gender and ethnicity. The researcher collected data through
direct observation, videotaping, student and teacher
interviews, and informal conversations with students and the
teacher. The results parallel previous findings on effective
teacher behavior and indicate that the teacher created a
supportive classroom computer culture wherein there were high
student expectations, options, autonomy, cooperation and
interdependence, and instructional flexibility. The article
suggests a number of additional questions for further
research.
An Analysis of Required Computer Competencies for University
Students
Julie Furst-Bowe
Carl Boger
Tom Franklin
Betty McIntyre
Janet Polansky
Steve Schlough
University of WisconsinÐStout
Abstract
To be successful in many academic programs and careers, it is
essential that university students possess strong computer
skills. However, instructors and support staff involved with
student computer use in classrooms and laboratories on the
campus of the University of WisconsinÐStout encountered
widely differing levels of computer competency among the
students. There was no consensus as to how computer
competencies should be obtained or who should provide
training to obtain these competencies. To address these
concerns, a total quality management team was established.
The team, which consisted of faculty, staff members, and
students, developed a survey to obtain data on required
computer competencies. The survey instrument contained items
pertaining to basic computer skills, word processing,
spreadsheets, database management, graphics, multimedia,
information retrieval, and telecommunications. The survey was
given to 157 students, 32 faculty members, 50 alumni, and 100
employers in the spring of 1994. The response rates from
these groups were considered adequate to represent them
confidently. The data were analyzed and the team developed a
list of required computer competencies and related
recommendations based on the data.
Understanding Computer-Supported Group Work: The Effects of
Interaction Frequency on Group Process and Outcome
Leonard M. Jessup
Indiana University
Joy L. Egbert
Washington State University
Terry Connolly
University of Arizona
Abstract
Interactive, anonymous, computer-supported brainstorming has
been shown to be useful for a variety of forms of group work.
Brainstorming software helps students work together to
generate and evaluate ideas together effectively and
efficiently. A laboratory experiment was used to evaluate the
effects of group member interaction frequencyÑa major
component of the automated brainstorming processÑon computer-
supported groups performing an idea-generation task.
Interaction frequency is defined here as the length of time
group members are allowed to form and input their
contributions and the related rate at which group members
exchange their contributions electronically. This study found
that group members who interacted frequently and individuals
whose outputs were pooled outperformed individuals working
alone and group members who interacted infrequently. Although
frequently interacting groups of students were among the most
productive at generating ideas together to solve a problem,
they also felt more interrupted and more hurried.
Using Hypermedia Programs to Administer Tests: Effects on
Anxiety and Performance
Robert F. Perkins
University of Charleston
Abstract
This study compared two groups of students using anxiety
level and test performance as measures. The control group
took a written version of the anxiety scale and test at the
beginning and end of the study. The experimental group took a
written version of the test and computerized version of the
anxiety scale (using HyperCard stack) at the beginning, but a
computerized version of both the anxiety scale and test at
the end of the study. No difference was found between
computerized versus paper-and-pencil testing for both anxiety
and performance. In addition, performance was higher on the
pretest and posttest for those subjects who exhibited lower
levels of anxiety. Other comparisons showing significant
differences included owning a computer, previous use of
computers, and gender. One area that was not significantly
different was graduate students versus undergraduate
students. (Keywords: achievement, attitudes, hypermedia,
testing.)
Effectiveness of Graphic Organizers in Computer-Based
Instruction with Dominant Spanish-Speaking and Dominant
English-Speaking Students
Donn Ritchie
San Diego State University
Fernanda Gimenez
Anderson Consulting, San Diego
Abstract
StudentsÕ academic achievement scores have been found to
improve with the use of graphic organizers. Researchers
suggest this may be due to the way graphic organizers depict
concepts and relationships among concepts. Unfortunately,
most previous research on graphic organizers has been
confined to English speakers in secondary and higher
education. To expand our knowledge on graphic organizers and
increased learning, this study examines the effectiveness of
graphic organizers when used by fourth-grade students engaged
in computer-based instruction. The study also examines
whether the learnersÕ dominant language (Spanish and English)
influences the effectiveness of graphic organizers. A one-way
analysis of variance was used to analyze immediate and
delayed gain in academic achievement scores of all students.
Statistically and educationally significant differences were
found in scores favoring students who used graphic organizers
over those who used lists of topics. A two-way analysis of
variance identified no significant differences between
language groups for the effect of graphic organizers on
immediate or delayed tests. Limitations of the study and
suggestions for future research are examined.
The Role of School-Based Technology Coordinators as Change
Agents in Elementary School Programs: A Follow-Up Study
Neal B. Strudler
University of Nevada, Las Vegas
Abstract
This article describes a follow-up study that investigated
the skills and strategies used and outcomes effected by
computer coordinators in three elementary school programs.
The purpose of the present study was to revisit those same
three schools, seven years later, to examine current levels
of computer use and related implementation issues. Results
across cases suggest that, while barriers to increased
technology use have been eliminated or minimized due to the
work of the coordinators, many obstacles still remain. One
finding of particular importance involves the coordinatorsÕ
plans to Òwork themselves out of their jobs.Ó That ambitious
goal appears to have underestimated the degree to which
educational change with technology is a moving target that
requires ongoing coordination and support.
The Effect of School Management Information Systems on the
Nature of a Loosely Coupled High School InstructionÐ
Administration Subsystem: A Preliminary Study
Moshe Telem
Tel Aviv University
Orit Avidov
Beer Tuvia High School, Israel
Abstract
This study investigates the effect of a school management
information system on the loosely coupled nature of the
instructionÐadministration subsystem in a high school. The
study identifies a chain reaction of hierarchically oriented
tightening in six major categories: accountability,
instruction evaluation, supervision, feedback, frequency of
meetings, and shared decision making. All horizontal-type
interrelations (i.e., between people in the same functions)
remained unchanged with the exception of significantly
tighter interrelations in five out of six categories among
teachers teaching the same subject. A PDF file of each
full article is available. Contact: jrte@iste.org. Please specifiy Volume
and Issue number and article name.
Copyright © 1995, ISTE
(International Society for Technology in Education).
All rights reserved.
| management information systems, inservice training, technological change. graphic organizers, limited English proficiency, curriculum design, instructional objectives, higher education, elementary education, learning styles, multicultural education, commu |
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