In recent years, advances in computer technology have motivated Chinese teachers to reassess computer use and consider it as a valuable part of daily foreign language learning and teaching. Software programmes, USB (Universal Serial Bus) technology, and computer networks are providing teachers with new methods of incorporating culture, grammar, and real language use in the classroom. Students gain access to audio, visual and textual information about the language through the use of computers. The aim of this study was to investigate vocational school English students and teachers concerns and behaviours about integrating information technology into English instruction.

Are computer-administered versions of a multiple choice paper-pencil test equivalent? This study determined whether there were any significant differences between taking a traditional pencil-paper test and taking the same test using a computer. The literature has shown that there are intervening variables that have caused differences when not controlled. To prove equivalency between test modes, scores have to have similar means, dispersions, and shapes; the ranked-order of the scores must also be similar. Four tests were given over the course of a 16-week semester. The sample was divided, half taking paper-pencil tests and half taking the same test administered by a computer. The mode of administration was switched with each test administration. The analysis showed that, when the intervening variables were controlled, the two modes of administration were equivalent. The analysis used a 2x4 ANOVA, which showed no difference between test modes, but showed that each test administration was significantly different. The Levene statistic was used to test whether dispersions were equivalent and confidence intervals were established to test the kurtosis and skewness statistics. Finally, each of the test scores were transformed into their Normal Curve Equivalents so that Pearson's coefficient could be used to determine the equivalency of the ranked-orders.

This study investigated the relationship between four models of student laptop computer use and three components of teacher instructional behavior: planning, implementation of instruction, and evaluation of instruction. The four models of use: full access, dispersed, class set, and mixed, represented the numerous ways teachers in public and private schools and school districts nationwide implemented student use of laptop computers. Teacher planning behavior was investigated with regard to time, frequency, complexity, difficulty, the need for revision, and use of technological resources and materials. Implementation of instruction was examined with regard to student grouping, instructional strategies, instructional content/subject matter, teacher and student roles, assignments and learning tasks, and instructional activities. The evaluation of instruction component was examined with regard to assessment tasks, grading, and assessment of homework. Using a researcher-designed questionnaire, data was gathered in a single-stage cross-sectional survey from 356 teachers working in 74 public and private schools nationwide. Results indicated models of student laptop computer use had differential effects on teacher instructional behaviors. On average, teachers found planning to be more arduous, but more collegial, especially in the mixed model. The full access and mixed models were more likely to advance a constructivist approach to teacher instructional behaviors with regard to implementation and evaluation of instruction. Results from this study had implications for future research. The effects of student laptop computer use on the full access and mixed models of use should be given further study with regard to the implementation and evaluation of instruction.

The purpose of this study was to determine whether varying levels of computer anxiety have an effect on computer-based testing of United States Air Force technical training students. The first chapter presents an overview of computer-based testing, defines key terms, and identifies questions addressed in the research. The rationale for conducting this study was that little research had been done in this area. The second chapter contains a review of the pertinent literature related to computer-based testing, computer anxiety, test reliability, validity, and gender differences in computer use. Due to the lack understanding concerning any effects of computer anxiety on computer-based testing, this has been a worthwhile topic to explore, and it makes a significant contribution to the training field. The third chapter describes the qualitative research methodology used to conduct the study. The primary methodology was an analysis of variance comparison for groups of individuals who displayed high or low computer anxiety to their respective mean computer-based or paper-based aircraft maintenance knowledge testing scores. The research population consisted of United States Air Force aircraft maintenance craftsmen students attending training at Sheppard Air Force Base, Texas. The fourth chapter details the findings of the study. The findings indicate that there was no significant difference between the groups of students rated with high computer anxiety and low computer anxiety while testing with computers. Additionally, no significant differences were detected while testing alternative hypotheses covering differences between groups of students rated with high computer anxiety and low computer anxiety testing by traditional paper-and pencil methods. Finally, a reference section identifying the literature used in the preparation of this dissertation is also included.

The purpose of this qualitative study was to investigate the content and characteristics of the currently available commercial reading software for Pre-K through third grade children. The design of the study was a content analysis. Based on the evaluation rubric established by the researcher, ten commercial reading software were selected to be analyzed. By reviewing and transcribing, the data were obtained, and then coded, categorized, and interpreted. The findings from the analysis revealed that all reading software programs offered exercised for practicing basic phonics skills; the alphabetic principle, letter-sound association, word knowledge, sentence building, and reading comprehension. Depending on the software developers, phonics-based practice was presented in two ways; separate skill-based practice emphasis and storybook-reading emphasis. All software programs utilized drill-and-practice, direct instruction and mastery learning methods and utilized gaming strategies to motivate and engage the learners. Multimedia technology was used to make the software more appealing. All reading software programs were developed on the perspectives that view learning to read as the continuum of a child's oral language development and background experience about words. It is recommended that parents and teachers review and select the software based on reliable information sources, use the software as supplementary practice based on the learning objectives identified and individual student needs.

The purpose of the study was to investigate the application of cognitive load theory to the design of online instruction. Students in three different courses (N = 146) were measured on both learning performance and perceptions of mental effort to see if there were any statistically significant differences. The study utilized a quasi-experimental posttest-only control group design contrasting modified and unmodified instructional lessons. Both groups were given a posttest to measure knowledge gained from the lesson (cognitive domain of learning) and perceptions of mental effort involved. Independent samples t-tests were used to compare the mean performance scores of the treatment groups (i.e. the sections using redesigned materials) versus the control groups for all three courses. Cohen's d was also computed to determine effect size. Mental effort scores were similarly compared for each group on the overall cognitive load score, for a total of six data points in the study. Of the four hypotheses examined, three (H1, H2, H4) found no statistically significant difference between the experimental and control groups. Negative significance was found between the experimental and control group on the effect of modality (H3). On measures of cognitive load, no statistically significant differences were found.

In this thesis the author presents a Web-based French language educational software system, French e-Flash Card (FFC), programmed using Intensional Markup Language (IML). The FFC site is, in some ways, a typical logic-based web application, which consists of a knowledge base of French grammar rules, a logic engine and a web based user interface. The FFC site is both interactive and dynamic, and incorporates Artificial Intelligence for French grammar. These special features, which distinguish FFC from most conventional language educational applications, are made possible by the intensional programming tool, IML, which allows rule-based markup in an intensional logic. The IML source files define whole families of pages indexed by parameters which specify, for instance, the particular subject matter, the degree of difficulty, and even the vocabulary choices and agreement constraints used to generate sample French sentences. This thesis describes the French e-Flash Card site, provides an overview of IML and defines a design approach for intensional programming which should enable web authors to find practical and systematic ways to program using intensional tools.

The purpose of the study was to assess the effect of a treatment package consisting of computer-assisted instruction using multiple video exemplars to teach safety skills to students with intellectual disability. A multiple probe across participants design was used to evaluate knowledge acquisition and the generalization of knowledge to the authentic setting (e.g, the school parking lot). The results showed training was effective in knowledge acquisition and improving skills demonstrated while crossing the parking lot.

This study examined the comparative effectiveness of learning of cognitive skills when instruction is presented through computer-based instruction using student-to-computer ratios of one-to-one and two-to-one. Effectiveness was gauged through scores on posttests administered subsequent to completion of each of nine computer-based lessons and on a single composite test score.

The purpose of this study was to survey Algebra II teachers in the State of Texas to determine the extent to which they use technology for the delivery of instruction. Additionally, the study attempted to determine reasons why teachers do or do not use technology when they have a choice.