<p> The purpose of this study is to use close textual analysis, informed by the neurodiversity paradigm and critical disability theories, to explore the coverage of CA in an introductory public speaking collegiate textbook to see how the experience is depicted and what thematic narratives about dis/ability are included in its coverage. This research is required to comprehend the phenomena more holistically and aid communication educators in creating curricula attentive to the needs of the high CA student, embodying best practice for a diverse set of students.  Incorporating dis/ability perspectives into public speaking pedagogy signals an opportunity to advance interdisciplinary knowledge about CA, mental health, dis/ability, neurodiversity, and education accessibility at large. By analyzing literary representations of CA, this research furthers the goals of critical dis/ability studies by de-naturalizing ideas about the binaries in which “ableness”/“disability” and “normality”/abnormality, are typically read and related to “success”. The overarching goal of this project is to demonstrate that these rhetorical representations of communication/performance bound anxiety are not only relevant, but of central importance for contemporary discussions on dis/ability within education.</p>

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Summary The architectonics of the Biblical horizon allow to perceive, and highlight the ideological and semantical poetical kernel of the XXth century 6th decade poets’ generation. While highlighting the peculiarity of the Biblical horizon and revealing the semantical kernels of writers’ apprehension and poetical worldview, the theoretical hermeneutical principle of text reading is chosen. A reference is made to the perspective of Ricoeuras, which formulates the tradition of hermeneutical symbol and metaphor apprehension. The Biblical horizon is perceived according to the three poetical traditions of the Scripture re-creating. That would be: the structure of views proning to the logycs of rebellion and myth, the poetical principle of sensual and perceptual relation to the things, the intelectual novation of the biblical religious architectonics. The creation of these poets, representing diverse poetical traditions, idividually transform (Platelis, Kajokas, Gailius, Cieškaitė) or deform (Patackas) the notional field of the Scripture. In Patackas and Platelis poetry, representing the verse of death or reflection, for pointing out the Biblical horizon is important the mythopoetical cogitation which brings forward the dominant of rebellion, related to the sociocultural apprehension and revealing the Biblical typology of banishment from the paradise. Patackas poetry points out the perspective of the profanic paradygme, demythologization of the biblical images, semantical... [to full text]

<p dir="ltr">This dissertation presents the design, development, and testing environment of a low-cost, self-built ground based Counter Unmanned Aerial or Aircraft Vehicle (CUAV) system aimed at providing effective aerial security solutions in resource-limited environments. The kinetic CUAV technique was selected and identified for the current study as it is the most feasible, low-cost and reusable mitigation path as last-resort defense. Utilizing commonly available materials, including parts from online retailers and hardware stores, and incorporating a self-made pneumatic system with a reusable 3D-printed projectile and interchangeable parts design. This study explores the feasibility of cost-effective drone defense and introduces a short-range accuracy metric to evaluate the system’s trajectory behavior. Through rigorous indoor testing in Purdue University Hangar 4, the research evaluates the system's performance in terms of projectile height, range, and accuracy under various environmental conditions. A 90 degrees field of view of pneumatic launcher was tested with a small error margin comparison table to highlight on areas for potential technical refinement. TPU filament was found to be the best material for this study, with 10% infill, printing temperature in 225°C (437°F), and 70 mm/s printing speed settings for the 3D-printed projectile (4.16a). These findings in Figures 4.10, 4.11, 4.12, 4.13 will significantly advance the research of low-cost drone defense technologies by providing empirical evidence on material and design choices that will impact the system performance. Findings indicate that the system’s performance is affected by the climate temperatures, which influences its consistency in different settings. This offers practical implications for enhancing security measures against unauthorized drones using similar technology. The study fills a significant gap in current drone defense technologies with kinetic apprehension by proving that effective solutions can be both affordable and accessible. This work not only contributes to the advancement of counter drone technology but also encourages ongoing design innovation in the field, paving the way for further research and development into scalable and adaptable drone defense systems.</p>