Digital Commons Network^™

Traumatic Heterotopic Ossification: Pathophysiological Mechanisms, Epidemiological Characteristics, And Risk Factors, Nicola Kate Foster

Theses

Traumatic heterotopic ossification (tHO) refers to the complication of pathological formation of ectopic bone in soft tissues, which follows tissue insult secondary to burn, neurological and orthopaedic injury [2]. Common to these diagnoses is the involvement of central and or peripheral nervous system trauma. Although known risk factors are associated with developing tHO, the underlying cellular and molecular mechanisms are not fully understood. Research to date, primarily in single injury cohorts, has provided minimal translatable results [2]. Thus, clinical guidelines for early screening and prophylactic drug therapy are lacking, and treatment options are limited. To move the body of knowledge …

Young Children's 21st Century Mathematical Skills And The Role Of The Early Childhood Environment In Developing These Skills, Mistelle Moore

Theses

This research examined the preparation of young children in an Early Years school environment in the development of 21st Century mathematical skills including critical thinking, problem-solving, innovation, collaboration, creativity, and communication. The research used a field-based case study using qualitative data collection methods, and the data were reviewed using thematic analysis. The research explores the pedagogical strategies employed by an Early Years teacher and the interplay of various stakeholders in nurturing 21st Century mathematics competencies among young learners. Key findings of the research indicated that there were eight elements that Early Years teachers should apply in their mathematics lessons as …

Design-Build Discussions: Coordination Practices In Design-Build Education Projects, Michael James Phillips

Theses

Design-build projects involve guiding a group of participants through the collaborative process of designing and constructing an architectural outcome while offering relevant learning opportunities. Guidance is often delivered intuitively through discussions between coordinators and participants, which integrate learning opportunities with activities that advance the development of the outcome. This study explores the discussion-based guidance practices of experienced coordinators, to address a gap in the literature on coordination practices.

As a step towards providing a more diverse range and detailed accounts of designbuild coordination practices, this study examines how experienced coordinators make sense of the design-build process and share their understanding …

'Reading The Room': A Mixed Methods Study Of Midwifery Students' Perceptions Of Emotional Intelligence And Its Relationship To Midwifery, Kirstie Jayne Balding

Theses

Midwifery is emotionally challenging work; midwives provide care to women and families at one of the most significant points of their lives and this work is not without impact upon the midwives themselves. Midwifery students require more than just the cognitive ability to learn the requisite midwifery knowledge and competence at performing practical midwifery skills, the knowledge and skills that midwives require intersect with and are influenced by a wide range of emotions and emotional experiences. Emotional intelligence (EI) is the ability to identify and manage one’s own emotions, as well as the emotions of others and within other healthcare …

Development Of Tio2/Nh2-Mil-125 Nanocomposite For The Removal Of Ciprofloxacin Under Induced Solar Irradiation, Bilkis Mojisola Ajiwokewu

Theses

This research focuses on the development and application of Metal-Organic Frameworks (MOFs)-based nanocomposites for the photocatalytic removal of pharmaceutical contaminants, with a specific emphasis on ciprofloxacin (CIP). The photocatalytic degradation of CIP was investigated using as-synthesized photocatalysts of TiO₂ nanowires (TiO₂NWs), bare MOF of NH₂-MIL-125, TiO₂NW/NH₂-MIL-125 composite, and Lanthanum (La)-doped composite. Intriguingly, the TiO₂NW/NH₂-MIL-125 composite exhibited the highest efficiency, achieving a photodegradation rate of 0.0111 min-1, surpassing the independent performances of bare MOF of NH₂-MIL-125 and TiO₂NW. The observed efficiency was attributed to …

Assessing Neurobehavioral Deficits And Neuroinflammation Following Rllb In A Transgenic Mouse Model, Aakaash Gosain

Theses

As global conflicts are escalating, military personnel have long faced the constant threat of explosions, heightening the risk of blast-induced traumatic brain injury (bTBI). The recent increase in war conflicts and combat zones worldwide not only puts the military, service members, and police forces at risk but also innocent civilians who are caught in the crossfire. While moderate to severe bTBIs have been extensively studied, the pathology of repeated low-level blasts (rLLB) remains less understood. This research addresses the gap in knowledge regarding the long-term consequences of rLLB injuries in the neural anatomy. A transgenic mouse model was subjected to …

Gen-Acceleration: Pioneering Work For Hardware Accelerator Generation Using Large Language Models, Durga Lakshmi Venkata Deepak Vungarala

Theses

Optimizing computational power is critical in the age of data-intensive applications and Artificial Intelligence (AI)/Machine Learning (ML). While facing challenging bottlenecks, conventional Von-Neumann architecture with implementing such huge tasks looks seemingly impossible. Hardware Accelerators are critical in efficiently deploying these technologies and have been vastly explored in edge devices. This study explores a state-of-the-art hardware accelerator; Gemmini is studied; we leveraged the open-sourced tool. Furthermore, we developed a Hardware Accelerator in the study we compared with the Non-Von-Neumann architecture. Gemmini is renowned for efficient matrix multiplication, but configuring it for specific tasks requires manual effort and expertise. We propose implementing …

The Effects Of Blue Light From Digital Displays On Visual Fatigue, Victor Taboadela

Theses

With the ever-increasing viewing time of digital displays, the potential effects of blue light emitted from these displays on eye health and eye fatigue are a real concern. This study presents a literature review of six laboratory studies conducted between 2014 and 2022 on the effect of using filters to attenuate the harmful effects of blue light. The review delves into smartphone and computer screen effects, recent literature reviews on blue light, and potential hazards associated with short-wavelength light. Although the majority of the studies recommended blue light filters, only three of the six laboratory studies (Shi et al. 2021, …

Photomechanical Properties Of Azobenzene Doped Lcn Films For Surface Healing Applications, Daniel Luis Mojica

Theses

Azobenzene doped liquid crystal network (LCN) polymers are being well studied for their potential in many applications such as light activated organic actuators, memory materials, and as surfaces capable of complex topographical texture changes. A novel application is explored with azobenzene doped LCN materials being used as a self-healing protective polymer layer capable of healing surface compression damage which alters its original topography. Preliminary studies showed that LCN materials are very capable of healing indentations caused by compression damage. This work delves into understanding how this material can be altered in the manufacturing process to improve its surface healing capabilities. …

Evaluation Of Electrical Grid Resilience Based On Φλεπ Metrics And Integration Of A Nuclear Power Plant, Abdulla Darwish Alblooshi

Theses

This study analyzes electrical grid resilience, the evaluation methods, and resilience metrics, as well as the impact of a nuclear power plant as a base-load supplier on the resilience of an electrical grid during extreme events such as high-speed winds or hurricanes. The case study was implemented on a 10-generator 39-bus system (New England) using PowerWorld, and the data extraction and plotting were performed using MATLAB. The wind speeds, fragility curves, and time-to-restore function were randomly created based on previous models, and their values were extracted from MATLAB calculation using randomly generated but uniformly distributed wind speeds. The resilience metrics …

Characterization Of 3d Printed Lattice Structures Used In The Design Of Modified Compression Release Stabilized Transhumeral Prosthetic Sockets, Jade Myers

Theses

Abstract A prosthetic socket is the critical interface between a person and their prosthetic device. Pressure, shear, and friction experienced by the residual limb from wearing a socket can damage soft tissue. While Compression Release Stabilized (CRS) style sockets are beneficial for enhancing prosthesis stability, range of motion, and control, the abrupt differences in compression throughout the socket present risks for tissue damage to the residual limb. A socket design that enables clinicians to control a progressive decrease in firmness in the transition areas between compression and release could mitigate such undesirable effects. Density-graded lattice structures designed and produced with …

Visualizing Visual Neural Pathways In Virtual Reality A Neuroanatomy Tool, Mary Nguyen

Theses

Visualizing the human brain and its structures in three dimensions is a complex and overwhelming task. Sensory pathways such as visual neural pathways, are important but difficult to visualize. With the rising popularity of extended reality (XR) in modern education, a Neuroanatomy tool in virtual reality (VR) was developed to allow students and other learners to explore the human brain and learn about its functions in an engaging way. Virtual reality enables a user to have the ability to visualize complex structures in the brain in a way that is otherwise impossible to see in a cadaver lab or web-based …

Thermodynamics Of Ice Arena Geometry, Low- Emissivity Of Building Materials, And Natural Ventilation: An Energy Efficiency Study Of An Ice Arena In Rochester, Ny, Jonathan Sutton

Theses

This thesis explores the thermodynamic relationship between an ice arena’s ice sheet and building form. This exploration was conducted through an experiment focusing on the effects of architectural geometry, building material, and natural ventilation on ice heat gain. Ice arenas are giant refrigeration systems meant to sustain a sheet of ice in any climate, which is energy-intensive. There are many mechanical solutions to improving energy efficiency within ice arenas, leaving a gap for architectural solutions. Thermodynamics is how heat transfers or moves between space or objects. Heat or temperature wants to reach equilibrium, which means cold surfaces, objects, or air …

Retreat Village Design In Letchworth State Park Region: An Architecture Development In A Highly Valued State Park Meets The Triple Bottom Line Of Sustainability, Jing Hua

Theses

Letchworth State Park, located in Livingston and Wyoming counties, New York, renowned as the “Grand Canyon of the East”, is one of the most scenically magnificent areas in the eastern United States. However, there are no well-developed leisure centers around or in the park. The lack of good accommodations, in contrast to the availability of restaurants with local character, leisure activities, and other supporting facilities in the area, fails to fully achieve the development potential of the natural scenery of the region. This thesis demonstrates that a retreat complex village that brings people closer to the natural landscape of Letchworth …

Evaluating The Impact Of Biosimilars In The Drug Market, Olivia Sitter

Theses

Drug pricing has increase to the point where many Americans are unable to afford prescriptions for both long- and short-term diseases. Within the last decade, U.S lawmakers have changed legislation so that biosimilars can be added into the drug market in hopes of creating affordable products. Biosimilars allow more options for consumers and add increased competition for manufactures which should decrease the overall price of the original biopharmaceutical the biosimilar is modeled after. In current research, the impact of biosimilars within the European Union has been investigated heavily, but the US approved biosimilars much later and there is less information …

Characterizing The Evaporating Droplets Over Heterogeneous Wettability Surfaces, Xi Li

Theses

This work investigates deposition patterns left by evaporating particle-laden droplets on heterogeneous surfaces with spatially varying wettability. Spatial differences in receding contact angles give rise to scalloped-shaped contact lines. During evaporation, the contact line recedes in one location and remains pinned in another. This non-uniform contact line recession results in particle self-assembly above areas where the contact line remains pinned, but not where it recedes. This behavior is fairly robust across a variety of particle sizes, concentrations, and device geometries. We hypothesize that particle self-assembly in these cases is due to the competition between particle diffusion and the evaporative-driven advective …

Catalyst-Free Epitaxy Of Core-Shell Nanowire Arrays For Wavelength-Selective And Substrate-Free Optoelectronic Devices, Alireza Abrand

Theses

This research is dedicated to advancing catalyst-free epitaxial growth methods for indium arsenide-based nanowires (NWs) on foreign substrates, including silicon and two-dimensional (2D) materials. The findings presented here demonstrate new methods for low-cost III-V semiconductor NW synthesis, manipulation of NW optical properties, and advanced techniques for modulation of NW geometry and composition during selective-area epitaxy (SAE). The first part of this work explores the growth of InAs NWs with sub-lithographic dimensions on reusable Si (111), toward NW membrane-based optoelectronic devices such as infrared photodetectors (IR PDs). A SiO2 masking template is first patterned using i-line photolithography, yielding hexagonal arrays of …

Towards An Efficient Machine Learning Based Phish Detection System, Hamad Alfalasi

Theses

Over the recent past, the world has experienced a digital revolution that has profoundly transformed many aspects of human life. This revolution has redefined the way individuals interact, how businesses operate, and how societies function. For businesses, operations have been fundamentally altered, changing the way they interact with customers and other businesses through digital tools and platforms used for transactions. Phishing, a deceitful approach, leverages technological and social tricks to access sensitive personal information, including financial details. A common attack mode involves installing harmful software on electronic devices to gain unauthorized access to personal information, particularly usernames and passwords of …

Sticks, Naomi Karen Miller

Theses

Sticks is a thesis consisting of allegorical sculptural objects informed by chairs and inspired by a transgender woman’s personal narrative. Derived from personal anecdotes and feelings, the objects form a constellation of moments in time. The body of work primarily consists of burned wooden chairs. The chairs are analogous to the self. Fire is applied to the chair to document change. My work is about the ways an individual is changed by small moments of interaction. It explores the relationship between identity, observation, perception, and time.

Enhancing Efficiency And Sustainability: Retrofitting Fluorescent Lights To Leds, Khalifa Alshaiba

Theses

This research work emphasizes the urgent need to implement energy-efficient lighting technologies, particularly the retrofit of fluorescent lights with LED alternatives, in order to reduce energy consumption and greenhouse gas emissions. In addition to that maintaining operational safety and sustainability, improving energy efficiency is essential in Dubai's industries, which are major consumers of electricity and economic drivers. The project's goal is to retrofit energy-efficient LED lighting into a well-known packaging company's current fluorescent lighting systems. In doing so, the project hopes to improve illumination quality and minimize maintenance needs while lowering energy consumption, operating expenses, and environmental impact. The goals …

Partake: A Product Design Aimed At Helping Individuals Master The Art Of Cooking, Zikai Meng

Theses

Many individuals aspire to become skilled cooks and create delectable dishes on their own. However, following recipes or tutorials can be challenging for many. This is why I developed Partake - an interactive cooking learning platform designed to provide a solution. With this app, users can learn the art of cooking in a personalized and engaging way by adjusting ingredient quantities and receiving clear instruction on culinary techniques. Partake aims to enhance the likelihood of success for those embarking on their journey to master cooking skills.

Hybrid Test-Smell Based Approach For Prediction Of Flaky Tests, Saurabh Bodke

Theses

Regression testing is an essential component in software development, aimed at verifying that recent code changes do not negatively impact existing functionalities. A prevalent challenge in this area is the occurrence of flaky tests, which exhibit inconsistent outcomes—passing or failing without any code alterations. Such tests erode the reliability of automated testing frameworks, leading to increased debugging efforts and diminished confidence in software stability. This research addresses the challenge of flaky tests by exploring machine learning and prediction models, specifically focusing on test smells and four principal root causes of flakiness: Async Wait, Concurrency, Test Order Dependency, and Resource Leak. …

Improving The Test Smell-Based Detection Of Flaky Tests, Shubham Kumar Karum

Theses

Regression testing, a critical process in software development, ensures that the recent code changes have not adversely affected existing functionality. A significant challenge in this domain is the existence of flaky tests—tests that inconsistently pass or fail without any changes to the code. These flaky tests undermine the reliability of automated testing and can lead to increased debugging and decreased confidence in software stability. To tackle the issue of flaky tests, there exists approaches that make use of machine learning and prediction models. However, approaches that rely on analyzing test case vocabulary typically face challenges like higher costs to run …

Florist: (Ar System), Yanran Ding

Theses

The "Florist (AR system)" envisions a novel application of Augmented Reality (AR) in floral design, aimed at harmonizing traditional floristry with the digital age. While the full system is not yet realized, the conceptual design presents a compelling visual and interactive blueprint. It anticipates a platform that educates and assists users in crafting personalized floral arrangements through a rich database, AR tutorials, and customization features. This conceptual framework promises to address common barriers in flower arrangement by fostering an accessible, usercentered experience that could transform the floristry landscape.

Cookool: A Futuristic Cooking Innovation, Guannan Ling

Theses

Cookool is a futuristic innovation project that utilizes real-time interactive design and technology to display cooking information seamlessly, aiming to create a cool, friendly, and relaxed cooking experience for everyone to try, learn, and fall in love with. In traditional kitchens, people often face various challenges such as choosing dishes and controlling temperatures. However, in the future, our kitchen will leverage AI technology to precisely recommend dishes based on personal preferences, utilize thermal detection to monitor utensil temperatures, and leverage hologram and AR technology to showcase recipes and cooking processes, making cooking simpler. Yet, technology alone cannot create an inclusive …

Predicting Cost Contingency In Retrofit Projects Using Machine Learning Techniques, Dana Amin

Theses

Project contingency is one of the most important preliminary processes in any project estimation as it ensures the project risk for cost over-run due to uncertainties , in light of that, it is also important to make sure that the project contingency is not overestimated to maintain competitiveness in the market. This project aims to develop contingency decision support tool using ML techniques in order to predict the optimum contingency cost that balances between maintaining business competitiveness in the market and achieving project objectives. Different ML ways were evaluated and based on accuracy level ; Random Forest was found to …

Functional Role Of Toll-Like Receptor Associated Micrornas In Intervertebral Disc Pathophysiology, Petra Cazzanelli

Theses

Intervertebral disc (IVD) degeneration is one of the main contributing factors to low back pain (LBP), the leading cause of years lived in disability worldwide. The degenerative processes in the IVD tissue are characterized by the metabolic dysregulation of IVD cells and aberrant mechanical loading. The major hallmarks of this multifactorial pathology are the degradation of the extracellular matrix (ECM), inflammation, and cell loss. Inflammation has been specifically linked to the development of discogenic LBP, as increased secretion of pro-inflammatory cytokines can cause the infiltration of immune cells and nerve fibers. Toll-like receptors (TLR) are key regulators of inflammation, amongst …

Towards Bias-Resilient Deep Neural Networks, Robik Shrestha

Theses

Deep learning systems have brought about a paradigm shift in the field of artificial intelligence, often surpassing human performance across a wide range of tasks. Nonetheless, there are numerous apprehensions regarding their robustness when deployed in the real world. Multiple studies have demonstrated that deep learning models tend to latch onto biases present in their training data instead of truly solving the tasks. Given the pervasive nature of this issue across various datasets and tasks, researchers have proposed a variety of techniques to improve bias resilience. However, the evaluation protocols used in prior works leave many open questions regarding their …

Demonstration Of A Hybrid Electroabsorption Modulator/Photovoltaic Device For Space-Based Free Space Optical Communication And Power Generation, Emily Kessler-Lewis

Theses

The emergence of proliferated low-Earth orbit (pLEO) constellations using small satellites has resulted in significant interest in lowering the size, weight, and power (SWaP) of mission critical subsystems. III-V semiconductors are the class of materials typically used for photovoltaic (PV) arrays for satellites due to their exceptional efficiencies of upwards of 35 % and ability to be made thin, flexible, and lightweight. This is contrasted with the high SWaP communication system, which utilizes a radio frequency (RF) transceiver in order to communicate with a ground station. A lower SWaP alternative to the RF transceiver is to transmit data using free …

Effect Of Fabrication Pressure And Nmc Cathode Composition On Lpscl Electrolyte For Solid-State Battery Performance Improvement, Winervil James

Theses

Batteries are a key energy storage solution for a sustainable energy future. They provide carbon free power to portable devices such as mobile phones, laptops, and even electric vehicles. With further improvements to battery performance¸ the diversity of machines that can be electrified will increase. Solid state batteries (SSBs) have the potential to provide much greater energy density compared to conventional batteries. Greater energy density will help address the power to size ratio limitation of conventional batteries. Despite improvements in these major areas, SSBs still face some significant operational challenges. The study herein focuses on improving the performance of a …