Digital Commons Network^™

Promoting A Culture Of Academic Integrity In The Context Of Artificial Intelligence: Lessons From One School Of Public Health In The Southeast, Gregory Pavela, Lindsay C. Aycock, Mercy Aula, Angela Sullivan, Matthew Fifolt

Journal of Public Health in the Deep South

No abstract provided.

Red Chain Feeds Dealer Publication

Universal Mills Collection

A Red Chain Feeds magazine announcing the appointment of a new Red Chain dealer in the community.

Red Chain Feeds Turkey Paper

Universal Mills Collection

A document from Red Chain Feeds to register turkeys for the facility.

Universal Mills Letter, 1948-05-24, George Kelley

Universal Mills Collection

A letter for Mr. Stockman from Universal Mills' advertising manager, George Kelley. Dated on May 24, 1948.

Universal Mills Letter, 1952-07-30, George Kelley

Universal Mills Collection

A letter from advertising manager, George Kelley about Red Chain's newest products in Texas radio stations. Dated on July 30, 1952.

Empowering Educators With Generative Ai In Higher Education: Design Patterns For Visible Learning, Jeanne Charles

Essays in Education

A student submits a paper that reads smooth and confident. With generative AI, that polish no longer proves learning. Higher education now needs course designs that keep student thinking visible and assessable.

This literature review synthesizes 39 empirical studies (2024 through early 2026) on generative AI in higher education. It treats 22 learner-facing classroom studies as design cases and codes task type, permitted AI use, instructor guardrails, and measured outcomes. It uses the remaining studies to situate adoption, policy, and academic integrity risks.

Across the evidence, outcomes follow the design more than the tool. AI supports learning when it expands …

2022 Uninsured Adult Healthcare Safety Net Annual Report, Tennessee. Department Of Health.

Healthcare Safety Net Annual Report

No abstract provided.

Therepairer_Vol29no12_Dec1924

The Repairer

No abstract provided.

Therepairer_Vol29no11_Nov1924

The Repairer

No abstract provided.

Therepairer_Vol29no10_Oct1924

The Repairer

No abstract provided.

Therepairer_Vol29no9_Sept1924

The Repairer

No abstract provided.

Therepairer_Vol29no8_Aug1924

The Repairer

No abstract provided.

Therepairer_Vol29no7_July1924

The Repairer

No abstract provided.

Therepairer_Vol29no6_June1924

The Repairer

No abstract provided.

Therepairer_Vol29no5_May1924

The Repairer

No abstract provided.

Therepairer_Vol29no2_Feb1924

The Repairer

No abstract provided.

Therepairer_Vol29no1_Jan1924

The Repairer

No abstract provided.

Therepairer_Vol28no7_July1923

The Repairer

No abstract provided.

Therepairer_Vol28no5_May1923

The Repairer

No abstract provided.

Quantifying Suas Efficiency Loss At Increasing Altitudes, David Zink

Student Research Symposium (SRS)

Small uncrewed aircraft systems (sUAS) are being utilized in a variety of environments, where changes in air density and pressure can influence flight efficiency and control stability. This study quantified how density altitude affects electrical current draw, battery performance, and flight duration of a multirotor sUAS across varied elevations in Argentina and Chile. Standardized flight tests, including hover endurance, waypoint navigation, and manual maneuver sequences, were performed using a DJI Mavic 3E at sites ranging from near sea level to over 3,700 feet (1,100 m) above Mean Sea Level. A custom Arduino Uno payload designed to record temperature, humidity, and …

Coriolis Uncrewed Aircraft System Storm Operations And Implementation Into Hurricane Reconnaissance Missions, Lauren Baez

Student Research Symposium (SRS)

A hurricane’s intentions are unknown until you look it in the eye. Dragoon’s Coriolis Small Uncrewed Aircraft System (sUAS) has been engineered to collect atmospheric sounding data at low altitude regimes within these severe weather events. During 2025 operations, Coriolis has been classified as a mature prototype capable of operating more than 15 continuous hours and Beyond Visual Line of Sight (BVLOS). Launching from land, it travels under a Federal Aviation Administration (FAA) Certificate of Waiver that grants it immunity from 14 CFR § 107.31 and § 107.33. Upon reaching atmospheric disturbances prior to their landfall, the Coriolis gathers measurements …

Effectiveness Of "Finlet" Vortex Generators On Aircraft Performance, Noah Evans, Daniel Ingleton

Student Research Symposium (SRS)

This research presents the development and aerodynamic evaluation of finlets—a novel class of vortex-generating devices created by Mako Winglets. Unlike traditional vortex generators, Mako finlets utilize a unique, swept geometry optimized to enhance spanwise flow control and delay boundary layer separation on lifting surfaces. Computational and experimental analyses demonstrate that the finlet configuration promotes organized vortex formation, reducing induced drag and improving overall aerodynamic efficiency. The results highlight the potential of finlets as lightweight, low-cost performance enhancements for experimental and general aviation aircraft.

A Statistical Analysis Of Environmental Variables And Their Influence On Storm Intensity Via The Ships Hurricane Model, Lannon Mcgregor

Student Research Symposium (SRS)

Over the past 40 years, the radar, satellite technology, statistical probability schemes, and numerical weather prediction models that meteorologists use to study and track tropical cyclones (TCs) have become increasingly advanced and refined. This has provided scientists with a clearer view of not only TCs themselves, but the environmental factors that impact them as well. The Statistical Hurricane Intensity Prediction Scheme (henceforth referred to as SHIPS) is an ocean basin statistical-dynamical hurricane model developed by Mark DeMaria and John Kaplan in 1989 for predicting the intensity of TCs in the Atlantic, Pacific, Indian, and Southern Hemisphere ocean basins. This model …

Fusion Of Deep Learning And Stereo Depth Sensing For Real-Time Aerial Robotic Perception, Garrett Seyler

Student Research Symposium (SRS)

This project presents a vision-based perception pipeline developed in the Space Robotics and Generative Estimation (SRGE) Lab to enable real-time sensing and classification for terrestrial robotic platforms. The system integrates a YOLOv11 object detection model with an Intel RealSense D455 depth camera to identify and estimate the range of aerial objects from live image streams. Trained on a dataset of over 2500 images, the model outputs spatially correlated detection and depth information to provide both semantic and geometric awareness. The primary contribution of this work is the development of a modular, vision-only framework that fuses deep learning inference with stereo …

Forging Volksgemeinschaft: Industrial And Technological Imagery In Nazi Propaganda Posters, Aiden Martin

Student Research Symposium (SRS)

This paper answers a heretofore unasked question: What role do Nazi propaganda posters play in the broader ideological project of Volksgemeinschaft, particularly regarding the roles of industrial advancement as threatened by the anti-nation? Propaganda posters are used as a lens into how the regime depicted industrialization and technological advancement to support its racial and ideological goals. After the Nazi Party’s rise and consolidation of power, propaganda noticeably started to focus on themes of technological advancements; aviation, radio, and factories symbolizing modern technical advances appear in many posters, projecting Germany as an up-and-coming nation rising out of the Versailles era. This …

Heliophysics Enhanced Learning For Intelligent Orbits (Helio), Kylie Nager, Akash Joseph, James Kirk, Payton Miller

Student Research Symposium (SRS)

Satellite constellations in near-Earth orbit are increasingly vulnerable to solar flares, coronal mass ejections, and high-speed solar wind streams that disrupt communications, power systems, and orbital stability. Current mission architectures rely on delayed ground intervention and do not leverage predictive solar data for autonomous response. The HELIO project addresses this gap by developing an AI-driven resilience layer that converts real-time heliophysics forecasts into coordinated operational decisions for CubeSat swarms. HELIO integrates pretrained solar forecasting models such as NASA and IBM’s SURYA foundation model to predict active-region evolution, flare probability, and solar-wind velocity. A lightweight decision-intelligence framework interprets these forecasts and …

Silencing The Space Invaders: Disrupting Quorum Sensing To Halt Microbial Virulence In Space, Heather Mari Hall Alcala

Student Research Symposium (SRS)

Silencing the Space Invaders: Disrupting Quorum Sensing to Halt Microbial Virulence in Space Heather Mari Hall Alcala and Alba Chavez Department of Human factors and Neurobiology, College of Arts and Sciences, Embry-Riddle Aeronautical University. 1 Aerospace Blvd, Daytona Beach, 32114, FL, USA. Previous research has identified virulence properties in fungal isolates from the International Space Station (ISS) mycobiome, highlighting significant health risks to astronauts during long-term missions. Yeasts exposed to space conditions exhibit enhanced resilience to extreme environments, including microgravity and radiation, while showing increased expression of virulence-related phenotypes such as filamentation, biofilm formation, and community development. Microbial communication via …

Satellite Autonomous Launch Assembly (Satlass), Anthony Todisco, Justin Della, Essence Howard

Student Research Symposium (SRS)

The Satellite Autonomous Launch Assembly (SATLASS) is an undergraduate research project and one of the four pillars of the Embry-Riddle Orbital Research Association (ERORA). Composed of approximately ten undergraduate engineering students from Embry-Riddle Aeronautical University in Daytona Beach, FL. The team is dedicated to designing, developing, and creating one of the first CubeSat deployers with a cold gas propulsion system. In response to the growing concern over space debris and the continued development of CubeSat technology, SATLASS explores a forward-thinking solution for CubeSat technology integration and deployment. The project aims to create a deployer that can spend its entire operational …

High-Range Delta-Winged Hypersonic Projectile Concept For Low-Cost Production, Mary Zoeller, Rachael Mahan, Braeden Caropresso, Aleko Khundadze, Johnathan Sayles, Kevin Nadolne, Jonah Ortwein, Jose Demedeiros, Alexander Lanpher

Student Research Symposium (SRS)

This study presents a delta wing body for the UCAH Undergraduate Hypersonic Flight Design Competition, optimized for maximum low altitude range while meeting strict requirements on Mach number, stability, thermal survivability, size, mass, and maneuver capability. The configuration blends a blunted diamond nose with a moderately swept delta planform to harness vortex lift, preserve internal volume for structure and controls, and manage aeroheating through appropriate leading edge radius and skin thickness. Capability targets include sustained flight between Mach 5 and Mach 8 and a minimum 15 g turn, with a maximum diameter of 20 centimeters, a maximum mass of 45 …

Interferometric Constraints On Balmer-Line Limb Darkening In A-Type Supergiant Stars, Benjamin Katz

Student Research Symposium (SRS)

Only one A-type supergiant, Deneb, has a measured angular diameter from long-baseline interferometric measurements. The next two brightest A-type supergiants, η Leo and ν Cep, are expected to have angular diameters below 1 milliarcsecond, well matched for the angular resolution of intensity interferometry with Imaging Air Cherenkov Telescope (IACT) arrays, such as VERITAS. While VERITAS has measured stars in a wide (20 nm) band, measurements in a very narrow band containing only the Hδ line have not been made. To predict the expected squared visibility across this line, we constructed stellar atmosphere models for η Leo and ν Cep. Here …