This study originally pursues determining how widely diffused Iowa Communications Network (ICN) is as a technology of distance education. To be clear, the question to be answered is: How do representative adopters of the ICN feel about using this technology? Theoretically, positive opinions of these adopters regarding the ICN as a technology of distance learning are viewed as indicating that the technology is fairly diffused. The representative adopters in this study are selected from among experts and educational leaders. Further in the study, it is also sought to explore how distance education might progress in the future. A major point of departure for the study is that favorable opinions toward an innovation help influence its diffusion. Extensive information is thus provided regarding theories of opinion leadership from late 19th century to present. Three different lines of thought are identified among these theories: imitation and modeling, influence from mass media, and influence from the Internet. The study has used these theories to develop three research tools. Two of these tools are used to measure the diffusion of the ICN. The last one is used to make predictions about the future of distance education. The story of the ICN is closely related to what distance education might be like in the coming times. Distance-learning tools would of course grow increasingly advanced. But virtual education that became refined through using the ICN seems to hardly go through drastic change in the foreseeable future.

No description available.

No description available.

Prior research has shown teachers’ attitudes, teachers’ preparation for using technology, and the availability of technology had significant positive associations with technology integration. However, research has shown that teachers do not fully utilize technology, they fail to implement it thoroughly due to a lack of time needed for planning the implementation of technology into the curriculum, and they do not have adequate training which contributes to underutilization of technology. Due to a lack of research from the teachers’ perspective of technology acceptance, the purpose of this study was to examine high school teachers’ acceptance and use of technology and determine the relationships between Performance Expectancy, Effort Expectancy, Social Influence, Facilitating Conditions and Privacy Concerns. To investigate the current status of adopting and implementing laptops in high schools, this study adopted the Unified Theory of Acceptance and Use of Technology (UTAUT) model with an addition of Privacy Concerns. The online survey was sent in the fall semester of 2018 to teachers who taught in a North Mississippi School District that has implemented a 1:1 initiative laptop program. A total of 121 high school teachers made up the population and sample in the study, and 112 teachers replied with a 92% return rate. Overall, this study found that Performance Expectancy and Social Influence had the highest mean score at 5.6 (agree), and Privacy Concerns had the lowest mean score 3.8 (neutral), on a 7-point Likert scale ranging from 1 for ‘strongly disagree’ to 7 for ‘strongly agree.’ The average mean score for Performance Expectancy, Effort Expectancy, Social Influence, Facilitating Conditions, and Privacy Concerns was 5 (somewhat agree), indicating that teachers perceived all 5 variables somewhat affect high school teachers’ intention to accept and use of technology. When analyzing whether Performance Expectancy, Effort Expectancy, Social Influence, Facilitating Conditions, and Privacy Concerns predict high school teachers’ behavioral intention to accept technology, Effort Expectancy was the only variable that predicted teachers’ behavior intention to accept technology. The findings of this study will provide valuable information with the current status of adopting and implementing technology in the context of 1:1 initiative programs in high schools.

The purpose of this study was to investigate students' perceptions of multimedia classrooms at East Tennessee State University regarding technologies in multimedia classrooms, students' learning achievements, instructors' instructional methods, and students' learning styles. Two surveys in multimedia classrooms and traditional classrooms were designed to measure and compare students' perceptions of multimedia classrooms. The VARK (Fleming, 2002b) learning style survey was used to calculate the students' learning styles. The research was conducted during spring semester, 2002. Participants in this study included 187 students in multimedia classrooms and 110 students in traditional classrooms at East Tennessee State University. The majority of students were from the School of Business and the College of Applied Science and Technology. The results of data analysis showed that there were no significant differences in students' perceptions of multimedia classrooms regarding technologies, learning achievements, and learning styles. However, there were significant differences in students' perceptions of multimedia classrooms regarding instructors' instructional methods. Students in multimedia classrooms had better perceptions of instructors' instructional methods than students in traditional classrooms. Furthermore, the majority of students in multimedia classrooms and traditional classrooms had positive attitudes towards multimedia classrooms. Several recommendations for future research, VARK learning styles, and administrators and policy makers at East Tennessee State University resulted from this study. A future study with a larger and more diverse population using both quantitative and qualitative methodology is recommended to further explore the effectiveness of multimedia classrooms in higher education. Reinforcement of training, technical support, and classroom maintenance are recommended to administrators and policy makers at East Tennessee State University in order to use multimedia classrooms more effectively.

The purpose of this study is to examine the relationship that exists between the reported implementation and integration of computer based technology into the middle schools of Tennessee and the achievement test scores of the middle school students in grades 6, 7, and 8. In January of 2004, 2005, and 2006 the Tennessee Department of Education implemented the EdTech Tennessee Online Technology Evaluation System (E-TOTE) Survey of technology implementation and integration to gather data from public schools. This survey was intended as a means of providing a measure of the status of technology to the federal government required under the No Child Left Behind (NCLB) legislation. Annually students in Tennessee take the state mandated Tennessee Comprehensive Achievement Program (TCAP) test. The reports of the test results are aggregated by school and by grade. This study investigated possible correlations between these 2 sets of data. The technology implementation and integration levels of the schools were analyzed to determine if there were any correlations between reported technology levels for the schools and the school-level TCAP achievement scores in reading and language arts, mathematics, science, and social studies. Specific technology indicators that were examined included the level of technology integration, teaching and learning, educator preparation and development, administration and support services and infrastructure for technology, number of computers, network access, and capabilities and percentages of 8th grade technology literacy. The study population consisted of 154 middle schools in Tennessee that were comprised of grades 6, 7, and 8 for which school3 level Tennessee Comprehensive Assessment Program scores were available and who completed the E-TOTE survey in 2004, 2005, and 2006. The findings include: The correlations identified in this study indicate that there is a very small relationship between the implementation and integration of technology in Tennessee middle schools. The school-level TCAP scores were also found to be increasing for each year from 2004 through 2006 in reading and language arts, mathematics, science, and social studies. Over the same period the number of computers in these schools are increasing, as is the level of technology implementation and integration as measured by the E-TOTE survey system.

This study explored the main effects and interaction effects of implicit learning and explicit instructional approaches on the language acquisition of beginning adult and child learners of Chinese and analyzed the successful adult and child learners' learning styles in their information processing time, second language acquisition techniques, and cognitive strategies. Volunteers from Brigham Young University and Wasatch Elementary School were randomly assigned to either an Explicit Instruction Treatment (EIT) or an Implicit Learning Treatment (ILT). Following the treatment, the participants completed an online survey and a vocabulary application test. Results from a 2 x 2 factorial ANOVA indicated that adults performed significantly better than children on the listening and vocabulary tests scores (F (1, 135) =158.901, p<.001), and the EIT was significantly more effective than the ILT. There was no interaction between maturity and treatment factors. Results from a 3 x 2 factorial MANOVA indicated that in the Learning Phase, adults in the high and mid performance groups spent significantly longer processing information than those in the low performance group, and adults in the EIT also spent a longer time than those in the ILT. Results from the stepwise regression showed that for successful adult and child learners, Phonological Processing was the most frequently used second language strategy for both adults and children, which was strongly correlated with their vocabulary application test scores. Guessing was the most popular cognitive strategy. Successful children spent significantly less time than the low performing children in the Testing Phase.

This study evaluated the usability of two types of performance-support interfaces that were designed using informational and experiential approaches. The experiment sought to determine whether there is a relationship between usability and the informational and experiential approaches. The general population under study was undergraduate education major students from the University of Central Florida. From the general population of three educational technology instructor-led classes, 83 students were solicited to participate in the study by completing a class activity. From the general population, a total of 63 students participated in the study. By participating in the study, the students completed a task and a questionnaire. Students were predominantly English-speaking Caucasian female education majors between the ages of 19 and 20; most of them were sophomores or juniors working part time. They possessed moderately low to high computer skills and most considered themselves to have intermediate or expert Internet skills. An experimental posttest-only comparison group research design was used to test the hypotheses posited for this study. The participants were randomly assigned to either the informational interface group (X1) or the experiential interface group (X2), and the experiment was conducted electronically via a Web-based Content Management System (CMS). The observed data consisted of five outcome measures: efficiency, errors, intuitiveness, satisfaction, and student performance. Two instruments--a checklist and an online usability questionnaire--were used to measure the five dependent variables: efficiency, intuitiveness, errors, satisfaction, and student performance. The CMS was used as the vehicle to distribute and randomize the two interfaces, obtain informed consent, distribute the instructions, distribute the online questionnaire, and collect data. First, a checklist was used to assess the students' performance completing their task, which was a copyright issue request letter. The checklist was designed as a performance criterion tool for the researcher, instructor, and participants to use. The researcher and instructor constructed the checklist to grade copyright request letters and determine students' performance. The participants had the opportunity to use the checklist as a performance criterion to create the task document (copyright request letter). The checklist consisted of ten basic yet critical sections of a successful copyright request letter. Second, an online usability questionnaire was constructed based on the Purdue Usability Testing Questionnaire (PUTQ) questions to measure interface efficiency, intuitiveness, errors, and satisfaction. While these test items have been deemed important for testing the usability of a particular system, for purposes of this study, test items were modified, deleted, and added to ensure content validity. The new survey, University of Central Florida Usability Questionnaire (UCFUQ), consisting of 20 items, was implemented in a pilot study to ensure reliability and content validity. Changes to the PUTQ were modified to fulfill a blueprint. A pilot study of the instrument yielded a reliability coefficient of .9450, and the final online usability instrument yielded a reliability coefficient of .9321. This study tested two approaches to user interface design for the Electronic Performance Support (EPS) using two HTML interface templates and the information from an existing training module. There were two interventions consisting of two interface types: informational and experiential. The SPSS Graduate Pack 10.0 for Windows was used for data analysis and statistical reporting in this study. A t test was conducted to determine if a difference existed between the two interface means. ANOVA was conducted to determine if there was an interaction between the interface group means and the demographic data factored among the five dependent variables. Results of this study indicated that students at the University of Central Florida reported no differences between the two interface types. It was postulated that the informational interface would yield a higher mean score because of its implementation of HCI guidelines, conventions, and standards. However, it was concluded that the informational interface may not be a more usable interface. Users may be as inclined to use the experiential interface as the informational interface.

This research analyzed why some university faculty resisted a new software program using a new model of motivation. The new model, called the motivation and acceptance model (MAM), was inspired by the technology acceptance model and the commitment and necessary effort model of motivation. This model was tested on faculty at a college in a large southeastern university who were resisting a new software program called LiveText. This research used regression analysis to determine the relationship between the variables of the MAM: perceived usefulness, perceived organizational support, perceived ease of use, and attitude toward LiveText. The research was conducted during the Spring 2007 semester. The data were analyzed with regression, independent-sample t-tests, and descriptive statistics using SPSS v15. This research demonstrates that the MAM accurately measured the relationship between professors' perceptions and their use of LiveText. The research also suggests that the perceived utility of LiveText and users' attitudes toward LiveText were statistically significant predictors of LiveText use and that perceived ease of use also predicted whether the professors found LiveText useful. Additional research should seek to develop a greater understanding of technology acceptance and employee resistance to innovations using larger sample sizes, a variety of environments and organizations, diverse populations, and different types of technologies and technology-implementation strategies.

The purpose of this study was to investigate the relationship between the level of student motivation and perceived online social presence in an online course. Better understanding of the relationship between online social presence and motivation would assist researchers to identify and develop effective instructional strategies for the success of students' online learning experience. This study was conducted during the Fall 2007 semester at the University of Central Florida (UCF) in Orlando, Florida. Data for this study were collected from participating students enrolled in three online sections of EME 2040, Introduction of Educational Technology. In this course, pre-service teachers learn how to use technology and, more importantly, how to integrate it into their courses and their future classrooms. Three instruments were used in this study to obtain students' demographic information and to measure students' online social presence feeling, students' motivation levels, and instructors' verbal immediacy behaviors. Data were analyzed using repeated measure and multiple linear regression analysis. Seventy-four students from three online sections of EME 2040 responded to the study. Results suggested that students' level of online social presence increased significantly from the beginning of the semester to midterm and then dropped back to the original level from midterm to the end of the semester. However, the level of student motivation significantly increased only from the beginning of the semester to midterm and remained at same level for the rest of the semester. There were significant correlations between online social presence and student motivation across the semester. The regression analysis indicated that verbal immediacy affected online social presence significantly. Further research should be conducted with a larger sample and with different types of online courses in different academic settings and course management systems. Causal relationship between online social presence and student motivation should be explored. Instructional strategies should be established to enhance students' online social presence.