1,488 research outputs found

    Roles in the research process

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    Two groups practitioners and faculty/researchers top the list of key players in the research process, which also includes state and federal library agencies, associations, consultants, the business sector, and users. Key functions of these groups include generating ideas, numbers gathering, and producing research. Also important to the research process are the consumer or user of research, participation in research studies, funding, and dissemination of research results.published or submitted for publicatio

    Training effectiveness of an intelligent tutoring system for a propulsion console trainer

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    A formative evaluation was conducted on an Intelligent Tutoring System (ITS) developed for tasks performed on the Propulsion Console. The ITS, which was developed primarily as a research tool, provides training on use of the Manual Select Keyboard (MSK). Three subjects completed three phases of training using the ITS: declarative, speed, and automaticity training. Data were collected on several performance dimensions, including training time, number of trials performed in each training phase, and number of errors. Information was also collected regarding the user interface and content of training. Suggestions for refining the ITS are discussed. Further, future potential uses and limitations of the ITS are discussed. The results provide an initial demonstration of the effectiveness of the Propulsion Console ITS and indicate the potential benefits of this form of training tool for related tasks

    The development of expertise on an intelligent tutoring system

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    An initial examination was conducted of an Intelligent Tutoring System (ITS) developed for use in industry. The ITS, developed by NASA, simulated a satellite deployment task. More specifically, the PD (Payload Assist Module Deployment)/ICAT (Intelligent Computer Aided Training) System simulated a nominal Payload Assist Module (PAM) deployment. The development of expertise on this task was examined using three Flight Dynamics Officer (FDO) candidates who had no previous experience with this task. The results indicated that performance improved rapidly until Trial 5, followed by more gradual improvements through Trial 12. The performance dimensions measured included performance speed, actions completed, errors, help required, and display fields checked. Suggestions for further refining the software and for deciding when to expose trainees to more difficult task scenarios are discussed. Further, the results provide an initial demonstration of the effectiveness of the PD/ICAT system in training the nominal PAM deployment task and indicate the potential benefits of using ITS's for training other FDO tasks

    The development of expertise using an intelligent computer-aided training system

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    An initial examination was conducted of an Intelligent Tutoring System (ITS) developed for use in industry. The ITS, developed by NASA, simulated a satellite deployment task. More specifically, the PD (Payload Assist Module Deployment)/ICAT (Intelligent Computer Aided Training) System simulated a nominal Payload Assist Module (PAM) deployment. The development of expertise on this task was examined using three Flight Dynamics Officer (FDO) candidates who has no previous experience with this task. The results indicated that performance improved rapidly until Trial 5, followed by more gradual improvements through Trial 12. The performance dimensions measured included performance speed, actions completed, errors, help required, and display fields checked. Suggestions for further refining the software and for deciding when to expose trainees to more difficult task scenarios are discussed. Further, the results provide an initial demonstration of the effectiveness of the PD/ICAT system in training the nominal PAM deployment task and indicate the potential benefits of using ITS's for training other FDO tasks

    Determining Relationships between Multi-tiered System of Supports to Educators\u27 Beliefs and Perceptions

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    The purpose of this study was to investigate how educators perceive their Multi-Tiered System of Support (MTSS) skills and their school’s MTSS implementation; and to what extent their beliefs about MTSS predict their willingness to implement MTSS. Theory of planned behavior was used to develop a deeper understanding of the relationship between implementation of MTSS to educators’ beliefs and perceptions. A predictive correlation research design was used to address the research question posed in this study. The participants for the study were drawn utilizing a convenience sample from the population of rural elementary educators that consisted of general education teachers, special education teachers, and members of the school-based leadership team. Online surveys, Self-Assessment of MTSS (SAM) Survey, RTI Beliefs Scale Survey, and Perception of Practices Survey were used in the data collection process. However, after the data was analyzed, a multiple regression analysis was untenable. Through the guiding of the variables, a bivariate linear regression was chosen, and a new research question was introduced. The consequences of this study suggested that there is no statistically significant predictive relationship between RTI/MTSS belief scores and the linear combination of the perception of practices scores for educators. Some future recommendations include replicating the research study that involves more educators from various schools and school districts; and use only educators that have fully implemented MTSS

    Exposure to Reading at Home--How Does This Affect the Young Reader?

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