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What Really Works in Teacher Preparation Programs: Teachers' Self-Efficacy and Perceived Successful Methods After Participation in Mississippi's Career And Technical Education Alternate Route ProgramPannell, Myra Carter 12 August 2016 (has links)
The debate over the effective preparation of pre-service teachers is not new. Often this debate concerns what might be considered successful methods for all pre-service teachers. However, preparation for career and technical education (CTE) teachers could look quite different than that of academic teachers, whether they are prepared through traditional or alternative routes to education. In this qualitative study, the researcher examined two iterations of the alternative-route program designed to prepare new CTE teachers in Mississippi and considered the level of self-efficacy of the teacher participants, the perceived effectiveness of the specific elements of each program, and the perceived significance of teacher/administrator and teacher/mentor relationships. The results of this study indicate that participants in the most recent iteration of the alternative-route program have a higher level of self-efficacy in teaching. The study also found that the specific elements of the newer version of the program are perceived as more relevant than those of the older version of the program and that teacher/administrator and teacher/mentor relationships play a key role in self-efficacy and job satisfaction among new CTE teachers. The results of this study also revealed that new CTE teachers desire opportunities to grow their pedagogical content knowledge by interacting and learning from veteran teachers in their respective content areas. Additionally, some of the more effective teachers who participated in this study rated themselves lower than their less effective colleagues on a self-efficacy survey and vice versa, indicating the presence of the Dunning-Kruger effect, which posits that, when an individual is unskilled in a certain task, they not only make poor choices in that area but also lack the metacognitive ability to realize it.
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Case Study of the Challenges Faced by Adult Students Enrolled in an Online Blended Distance Learning ProgramTanner, Lori Kristine 20 April 2007 (has links)
No description available.
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Vyhodnocení technicko-ekonomických parametrů pro rozšíření elektronického mýtného v ČR / Evaluation of Technical and Economic Parameters for the Expansion of Electronic Toll Collection in the Czech RepublicSvatoš, Ivo January 2013 (has links)
The work evaluated on the basis of commonly available data some of the implications of collection toll of highway D1 and D5. It focuses on identifying potential alternative routes by using statistics of national traffic census. On these routes it evaluates the changes of traffic safety, which can show the change of traffic intensity of trucks. Next part evaluates potential economic benefits of bypassing toll routes. In the end it notes possible scenarios of impacts extended toll zones to the above fact findings.
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GIS-based Episode Reconstruction Using GPS Data for Activity Analysis and Route Choice Modeling / GIS-based Episode Reconstruction Using GPS DataDalumpines, Ron 26 September 2014 (has links)
Most transportation problems arise from individual travel decisions. In response, transportation researchers had been studying individual travel behavior – a growing trend that requires activity data at individual level. Global positioning systems (GPS) and geographical information systems (GIS) have been used to capture and process individual activity data, from determining activity locations to mapping routes to these locations. Potential applications of GPS data seem limitless but our tools and methods to make these data usable lags behind. In response to this need, this dissertation presents a GIS-based toolkit to automatically extract activity episodes from GPS data and derive information related to these episodes from additional data (e.g., road network, land use).
The major emphasis of this dissertation is the development of a toolkit for extracting information associated with movements of individuals from GPS data. To be effective, the toolkit has been developed around three design principles: transferability, modularity, and scalability. Two substantive chapters focus on selected components of the toolkit (map-matching, mode detection); another for the entire toolkit. Final substantive chapter demonstrates the toolkit’s potential by comparing route choice models of work and shop trips using inputs generated by the toolkit.
There are several tools and methods that capitalize on GPS data, developed within different problem domains. This dissertation contributes to that repository of tools and methods by presenting a suite of tools that can extract all possible information that can be derived from GPS data. Unlike existing tools cited in the transportation literature, the toolkit has been designed to be complete (covers preprocessing up to extracting route attributes), and can work with GPS data alone or in combination with additional data. Moreover, this dissertation contributes to our understanding of route choice decisions for work and shop trips by looking into the combined effects of route attributes and individual characteristics. / Dissertation / Doctor of Philosophy (PhD)
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