Why do organized interests lobby?

Wetensch. publicati

Hip to Be Prepared: Tips for Managing Multiple Conferences in Your Repository

Digital Commons@Georgia Southern accumulated almost twenty conferences since its launch in Fall 2013. In addition to conferences, the repository also hosts journals, SelectedWorks author profiles, student research, and other collections. Currently, Digital Commons@Georgia Southern only has a few library employees (including students) working on the repository. In order to sustain and increase the conferences in the repository, the Digital Collections Specialist streamlined processes and discovered the best ways to collaborate with their repository’s clients. In this presentation, find out tips on meeting and training clients, separating the libraries’ from the clients’ responsibilities, creating support materials, etc. Throughout the presentation, examples of different conferences and the ways they utilized their sites will be discussed

COLLEGE STUDENTS WITH AUTISM SPECTRUM DISORDER IN HIGHER EDUCATION

Abstract Although there is a wealth of literature available on children with Autism Spectrum Disorder (ASD), the scholarship regarding adults with ASD is much thinner. Serving adults with ASD in higher education is an emerging area of research in the study of autism in adulthood. As more people are being diagnosed with higher functioning forms of ASD, it is logical to assume that some adults with ASD will choose to pursue some form of post-secondary education. Despite the increase in students with ASD, very few institutions of higher education offer disability-specific services for students on the autism spectrum. The purpose of the current research is to review the body of professional literature pertaining to serving college students with ASD. This review focuses on the challenges faced by college students with ASD, the academic accommodations, modifications, and psychosocial interventions that student affairs educators, faculty, and rehabilitation professionals can implement to address these issues

Development of habitat inventory techniques for rapidly assessing impacts of forest management practices on deer

To research selected aspects of deer resource dynamics that have been identified as key components in the redefinition and/or implementation of deer management strategic plans and programs in northern New York

Development of a Near-Field Magnetic Projectile Location System

Near-field magnetic principles and properties have been well studied and are used in a plethora of modern applications, ranging from medical applications to audio and video processing, and magnetic tracking. Current tracking applications are based in either AC or Pulsed-DC systems. Generally, AC systems have high resolution and accuracy, but perform very poorly in the presence of conducting magnetic materials. Pulsed-DC tracking has the benefit of not inducing large eddy currents in proximity to magnetic materials, thus increasing its overall accuracy. It has been suggested that pure DC systems are not feasible because they are unable to account for the presence of the Earth\u27s magnetic field.;It was the purpose of this research to propose and create a system, and develop an algorithm, that has the ability to determine the three-dimensional position and orientation of a permanent magnetic source; the position and orientation to be determined by information reported by a network of single-axis magnetic sensors. Methodology to account for the Earth\u27s magnetic field before, during, and after operation in order to remove ambient and environmental magnetic noise, much like a pulsed-DC system does, was also to be considered.;A center-finding algorithm was developed to determine position (x- and y-axis) based on the unique geometry of the B-field of the magnetic source at any point in three-dimensional space. Two degrees of orientation, elevation and rotation, were calculated from the position and the reported values of the magnetic sensors. The z-axis position was then determined given the analytical model and the other calculated values. In addition to the computed position, a six input Kalman tracker-estimator was developed and implemented using three dimensions of position and velocities to aid in predicting the path the magnetic source will take, based solely on kinematics, to reduce position-based sensor error.;The contribution of this research shows that is it not necessary to obtain three-axis magnetic data to track a magnetic source in three-dimensional space. When the distribution of the magnetic flux density is known, it is possible to determine three-dimensional position and orientation with only single-axis information.;Experimental testing verified the theoretical predictions of this statement. A rotational test apparatus was used to verify two-dimensional position and orientation, while a linear test apparatus verified position in three dimensions. The same magnetic source was used, while changing the orientation for each test. Initial findings allow the magnetic source to be tracked on the rotational testing apparatus to within a radial error of 3.9% (mean) and less than 6.4% (worst case) for predictions. The linear apparatus is able to track the z-axis component of the source which can be determined within 0.19% (mean) and 0.24% (worst case), and mean three-dimensional position of the magnetic source within 1.4% error. These results suggest that the novel method presented in this document is credible method for magnetic detection and tracking