Digital Commons Network^™

Unattended In-Home Delivery Under Varying Scenarios Of Technology-Enabled Anonymity, James C. Brau, Hugo A. Decampos

Faculty Publications

Whereas many companies have explored attended in-home delivery as one solution to challenges associated with last mile delivery, few have explored unattended in-home delivery. This paper examines consumer willingness to allow unattended in-home delivery under various scenarios of anonymity. Specifically, we study how blockchain-enabled anonymity of sellers, delivery companies, and consumers can influence consumer willingness to allow unattended in-home delivery of a nutritional product in this last mile service triad. Hypotheses build on agency theory and the potential for information asymmetry and opportunism. The analyses are based on data from 784 responses to an online survey of end-consumers who were …

Facilitating Digitization And Reformatting Via Committee Work, Nicole Lewis, Abby Beazer, Marissa Bischoff, Michael F. Gates, Benjamin Harry, Lindsey Memory, Rebecca A. Wiederhold

Faculty Publications

The Reformatting Committee at Brigham Young University Library actively manages and facilitates the digitization of library materials, playing a pivotal role in advancing larger digitization projects. The committee comprises various stakeholders in the digitization and reformatting workflow, each with unique concerns and requirements, allowing the committee to effectively navigate the complexities of the digitization process. This exploration of the committee includes motivations for its formation, an explanation of its documentation, and the benefits gained.

The Reformatting Committee exemplifies a balanced approach to meeting various stakeholders’ expectations and building bridges between departments, thereby advancing the library’s mission in the context of …

Barriers To Higher Education Daca Recipients Face In The United States, Natalie Porter

Ballard Brief

Deferred Action for Childhood Arrivals (DACA) is a policy that provides temporary relief from deportation to young undocumented immigrants, as well as social security cards and legal work authorization to qualifying individuals. Students with DACA encounter a variety of barriers to completing higher education due to the nature of the DACA policy. DACA places restrictions on access to federal resources and state resources, inhibiting access to financial aid opportunities. DACA does not provide lawful status to recipients—this breeds uncertainty about the future, preventing DACA students from scholastic planning. The uncertainty of the future is exacerbated by the fact that DACA …

Hell Is A Road, Kath Richards

Inscape

I died on an annual work retreat and found out that Hell is a road trip with my co-worker Dwayne, who I hate so bad. I’ve had to share a cubicle with him for the last three years and he always brings— brought—fish to work which he’d microwave, because gains, and he drank two mixes from his blender bottle every day, one around ten, one at three, and the metal ball shaking against the plastic bottle made me Want To Die.

Full Issue

Inscape

No abstract provided.

Expecting More, Barbara Morgan Gardner, Olivia Osguthorpe, Eastin M. Hartzell

Religious Educator: Perspectives on the Restored Gospel

Trying to amplify the words of the prophets while helping religious educators throughout the world understand the hearts and heads of young adult students as they become lifelong disciples of Christ, Barbara Morgan Gardner, professor of Church history and doctrine at BYU; Matthew O. Richardson, professor of Church history and doctrine at BYU; and Sean Dixon, area director in the Utah South Area of Seminaries and Institutes, led a panel of young adult students. The young adult panelists included Matt Conway (Utah Valley University), Zoe Gomez Paz (UVU), Eastin Hartzell (BYU), Abigail Haven (BYU), Micah Johnson (BYU), and Olivia Osguthorpe …

Teaching That Leads To Enduring Conversion, Shon D. Hopkin, Ross Baron, Rob Eaton, Phillip Allred

Religious Educator: Perspectives on the Restored Gospel

This article includes four presentations centered on teaching that leads to enduring conversion. To integrate and nuance the concepts into a cohesive whole, the four ideas were followed by a dialogue discussion between the four authors. Following the dialogue, each presenter provided brief concluding thoughts. While this article follows the basic organization of the presentations, the authors have refined and expanded on the comments delivered at the conference.

Humanities Girl, Cristie Charles

Inscape

I grew up as a daughter of the BYU College of Humanities. I attended its events; I was trained in its language; I even knew its geography.

Student Interaction With Generative Ai: An Exploration Of An Emergent Information-Search Process, Ryan M. Schuetzler, Justin Scott Giboney, Taylor M. Wells, Benjamin Richardson, Tom Meservy, Cole Sutton, Clay Posey, Jacob Steffen, Amanda Lee Hughes

Faculty Publications

ChatGPT, a generative artificial intelligence, is one of the fastest-adopted tools in history and has quickly become a valued tool in education. This study seeks to understand how generative artificial intelligence has changed the information search process. We collected prompts submitted to ChatGPT and thoughts about ChatGPT responses through a survey of 455 students at a US university. Using thematic analysis, we identified ways that ChatGPT changes the information search process of students by supporting diverse information needs, allowing cycling of prompt adjustments, and promoting easy adoption of results.

Xylan Fast Pyrolysis: An Experimental And Modelling Study Of Particle Changes And Volatiles Release, F Cerciello, E Freisewinkel, A Coppola, C Ontyd, D Tarlinski, Martin Schiemann, Osvalda Senneca, Pierro Salatino, C Allouis, Victor Scherer, Thomas H. Fletcher

Faculty Publications

Biomass char particles produced by pyrolysis may have different morphologies, which has important implications on burning mode, conversion rate and boiler efficiency. These features are difficult to address due to the complexity of biomass structure and pyrolysis reaction models. The present work reports preliminary results on the morphological changes and volatile release that solid particles of Xylan experience upon fast heating in a Drop Tube Reactor (DTR) and in a Heated Strip Reactor (HSR) in a range of temperature between 1100 and 1573 K under inert atmosphere with heating rate in the order of 10³ K/s. Two different Xylan …

The Contracts Word List: Integral Vocabulary For Reading And Writing English Contracts, Elizabeth Hanks, Brett James Hashimoto, Jesse Egbert

Faculty Publications

Both Business English as a Lingua Franca (BELF) and Legal English as a Lingua Franca (LELF) users engage with legal contracts regularly. However, contractual language is notoriously complex, due in part to the vocabulary it contains. To help mitigate the challenges related to learning the vocabulary of contracts, this paper introduces a word list of American English contracts called the ContractsWord List (CWL).We describe the compilation of the Corpus of English Business Contracts (CEBC) that represents six major contract types in 48 million words. The extraction of prevalent and specialized words from the CEBC is described, following validation procedures in …

Demographic Change, Migration, And The African American Vowel System In Georgia, Jon Forrest, Margaret E. L. Renwick, Joseph A. Stanley, Lelia Glass

Faculty Publications

The theme of this volume is generational trends in language change, with an emphasis on the Baby Boomer to Gen X transition as an important period of time. Many studies have found sharp changes in vowel systems in communities after the Baby Boomer Generation on the East Coast (Thiel and Dinkin 2020) and in the Midwest (Nesbitt 2021). Though we know a great deal about the geographic consistency of the Baby Boomer to Gen X transition, in all of these cases, the focus has been on White speakers and regional varieties. Besides the general importance of including a breadth of …

Artificial Intelligence’S Capabilities, Limitations, And Impact On Accounting Education: Investigating Chatgpt’S Performance On Educational Accounting Case, Xu (Joyce) Cheng, Ryan Dunn, Travis Holt, Kerry Inger, J. Gregory Jenkins, Jefferson Jones, James Long, Tina Loraas, Mollie Mathis, Jonathan Stanley, David A. Wood

Faculty Publications

This study evaluates the capabilities of ChatGPT models 3.5 and 4 to provide solutions to eight educational accounting cases. We find that ChatGPT’s ability to provide accurate solutions varies depending on the type of case requirement and topical area of accounting, with better performance on tasks requiring elements that require explanation, application of rules, and ethical evaluation. However, ChatGPT performs poorly on tasks that require financial statement creation, journal entries, or software use. Our study also finds that detection tools provided by ChatGPT's developer are ineffective in identifying text created by Artificial Intelligence Text Generators (AITG). We suggest ways in …

Automating Evaluation Of Skill Assessment To Promote Skill Acquisition In The Area Of Data Analytics Automation, Joshua G. Coyne, Scott L. Summers, Brigham Villanueva, David A. Wood

Faculty Publications

As accounting increasingly embraces automation and data analytics, proficient skill assessment remains a challenge. We introduce an automated tool that streamlines the evaluation of Alteryx workflows. Utilizing the design science methodology, our tool effectively executes and compares Alteryx workflows against a solution, providing score and feedback. Validation demonstrates remarkable gains; our tool is error-free and 9 to 146 times faster than manual evaluation. The tool’s efficiency, accuracy, and user-friendliness make it much more feasible to assign unstructured Alteryx assignments for student development. Enhanced technology skills will promote hiring and productivity gains associated with automation in accounting.

Leveraging Chatgpt For Enhancing The Internal Audit Process – A Real-World Example From A Large Multinational Company, Scott Emett, Marc Eulerich, Egemen Lipinski, Nicolo Prien, David A. Wood

Faculty Publications

We discuss how the internal audit function (IAF) of a large multinational energy company, Uniper, is starting to use ChatGPT to improve automation of internal auditing. We investigate the benefits and challenges of integrating ChatGPT into internal audit processes and assess its impact on the efficiency and effectiveness of the IAF. Uniper has implemented ChatGPT into parts of audit preparation, fieldwork, and audit reporting. On their initial tests, they estimate efficiency gains ranging from 50 to 80 percent for various processes. We report key risks and challenges with using ChatGPT in internal auditing as well as the initial key practices …

Is It All Hype? Chatgpt’S Performance And Disruptive Potential In The Accounting And Auditing Industries, Marc Eulerich, Aida Sanatizadeh, Hamid Vakilzadeh, David A. Wood

Faculty Publications

ChatGPT frequently appears in the media, with many predicting significant disruptions, especially in the fields of accounting and auditing. Yet research has demonstrated relatively poor performance of ChatGPT on student assessment questions. We extend this research to examine whether more recent ChatGPT models and capabilities can pass major accounting certification exams including the Certified Public Accountant (CPA), Certified Management Accountant (CMA), Certified Internal Auditor (CIA), and Enrolled Agent (EA) certification exams. We find that the ChatGPT 3.5 model cannot pass any exam (average score across all assessments of 53.1%). However, with additional enhancements, ChatGPT can pass all sections of each …

The Dark Side Of Robotic Process Automation, Marc Eulerich, Nathan Waddoups, Martin Wagener, David A. Wood

Faculty Publications

Prior research on Robotic Process Automation (RPA) has largely focused on how it benefits firms and employees. In contrast, we interview 26 high-profile RPA stakeholders at a Fortune 500 firm to ascertain challenges, drawbacks, or pitfalls of using RPA. We identify five key problems related to RPA usage: (1) RPA is often used as a quick-fix band-aid instead of fixing core system issues, (2) RPA can cause serious control and security issues, (3) the true cost of RPA is often misunderstood and understated, (4) RPA governance is complicated and challenging, and (5) RPA usage can lead to a loss of …

Gauging Scholarly Engagement: An Investigation Into Topic Popularity Within The Asee Cit Division, Barry M. Lunt, Mudasser Fraz Wyne, David A. Wood

Faculty Publications

Since 2011, the Computing and Information Technology (CIT) division of the ASEE has had 427 papers presented and published in the proceedings of the ASEE Annual Conference and Exposition. This paper looks at these 427 papers as a whole, providing descriptive statistics, giving the top institutions and authors that have contributed to these papers, and providing information regarding the impact of the top ten papers, as measured by their citations and downloads. We have also used the ChatGPT version 4.0 to provide categories for the 427 papers, providing insight into the most popular topics for papers in the CIT division.

Improving The Production And Reviewing Of Design Science Research In Accounting, Noah Myers, Mason Snow, Nathan Waddoups, David A. Wood

Faculty Publications

Design Science Research (DSR) is a rigorous research methodology widely used in other fields like computer science and engineering, but its application in accounting is still relatively limited. This paper reviews the implementation of DSR published in accounting journals and provides recommendations to improve the authoring and reviewing processes. We review 51 DSR articles published in accounting journals between 2011 and 2023. The analysis identified areas where papers excelled and fell short, leading to recommendations in the following key aspects: adherence to a research framework, validation of research questions, defining objectives of artifacts, developing a more diverse set of artifacts, …

Short And Synthetically Distort: Investor Reactions To Deepfake Financial News, Scott Emett, Marc Eulerich, Jeffrey Pickerd, David A. Wood

Faculty Publications

Recent advances in artificial intelligence have led to new forms of misinformation, including highly realistic “deepfake” synthetic media. We conduct three experiments to investigate how and why retail investors react to deepfake financial news. Results from the first two experiments provide evidence that investors use a “realism heuristic,” responding more intensely to audio and video deepfakes as their perceptual realism increases. In the third experiment, we introduce an intervention to prompt analytical thinking, varying whether participants make analytical judgments about credibility or intuitive investment judgments. When making intuitive investment judgments, investors are strongly influenced by both more and less realistic …

The Intellectual Structure Of Audit Committee Research: A Bibliometric Analysis (1969 – 2020), Joel Behrend, Marc Eulerich, David A. Wood

Faculty Publications

The audit committee is a widely recognized mechanism of effective corporate governance. We advance prior literature reviews by using bibliometric analysis techniques that comprehensively process large bodies of bibliometric information. We base inferences on citation patterns of 1,173 articles to identify concepts that “shine through” within the scientific understanding of audit committees. Using content analysis, we then analyze these concepts and explore existing interrelationships. We document a declining influence of audit committee research, as well as a widening gap between the quantitative and qualitative research camps. While the former is mostly derivative in nature, the latter produces innovative insights on …

Aerosol Jet Printing Of Surface Acoustic Wave Microfluidic Devices, Joseph Rich, Brian Cole, Teng Li, Brandon Lu, Hanyu Fu, Brittany N. Smith, Jianping Xia, Shujie Yang, Ruoyu Zhong, James L. Doherty, Kanji Kaneko, Hiroaki Suzuki, Zhenhua Tian, Aaron D. Franklin, Tony Jun Huang

Faculty Publications

The addition of surface acoustic wave (SAW) technologies to microfluidics has greatly advanced lab-on-a-chip applications due to their unique and powerful attributes, including high-precision manipulation, versatility, integrability, biocompatibility, contactless nature, and rapid actuation. However, the development of SAW microfluidic devices is limited by complex and time-consuming micro/nanofabrication techniques and access to cleanroom facilities for multistep photolithography and vacuum-based processing. To simplify the fabrication of SAW microfluidic devices with customizable dimensions and functions, we utilized the additive manufacturing technique of aerosol jet printing. We successfully fabricated customized SAW microfluidic devices of varying materials, including silver nanowires, graphene, and poly(3,4-ethylenedioxythiophene) polystyrene sulfonate …

Review Of The Cavity Effect: Modeling And Impact Of Cavity Shape On Apparent Radiative Surface Properties, Ehsan Mofidipour, Matthew R. Jones, Brian D. Iverson

Faculty Publications

Radiative surface properties play a critical role in the analysis, design, and optimization of thermal systems. Geometry has a strong influence on the emission and absorption characteristics of a surface. Modification of radiative surface properties may be achieved by using engineered surfaces or cavities by capitalizing on the cavity effect. A model for the apparent emissivity of an arbitrarily shaped cavity with spectrally and directionally dependent radiative surface properties is presented in this work. This model is verified through comparison with published models of the apparent radiative properties of cylindrical cavities. The merit of this model is demonstrated by obtaining …

Ifn-𝜸 And Il-10 Immunosensor With Vertically Aligned Carbon Nanotube Interdigitated Electrodes Toward Pen-Side Cattle Paratuberculosis Monitoring, Shaowei Ding, Benjamin J. Brownlee, Kshama Parate, Cicero C. Pola, Bolin Chen, Jesse M. Hostetter, Douglas Jones, John Jackman, Brian D. Iverson, Jonathan C. Claussen

Faculty Publications

Highly sensitive vertically aligned carbon nanotube arrays (VANTAs) interdigitated electrode (IDE) arrays are developed for electrochemical biosensing of two cytokines (i.e., interleukin-10 (IL-10) and interferon-gamma (IFN-𝜸)) that are useful for early detection Johne’s disease (Bovine Paratuberculosis) in cattle. The high aspect ratio VANTA-IDEs (50–60 μm in height) are grown through a chemical vapor deposition process from an iron (Fe) catalyst that is lithographically patterned on a silicon wafer with equal finger width and inter-finger spacing of 25 μm. After functionalization with distinct antibodies the VANTA-IDEs are capable of selective detection of both IL-10 and IFN-𝜸 within an actual biological matrix …

Drop Retention And Departure In Adiabatic Shear Flow On Structured Superhydrophobic Surfaces, Blake M. Lyons, Daniel Maynes, Julie Crockett, Brian D. Iverson

Faculty Publications

Drops are retained or held on surfaces due to a retention force exerted on the drop by the surface. This retention force is a function of the surface tension of the liquid, drop geometry, and the contact angle between the drop and the surface. When external or body forces exceed the retention force, the drop begins to move. This work explores the conditions for which drop departure occurs on structured superhydrophobic surfaces in the presence of an applied shear flow. Drop departure is explored for five microstructured superhydrophobic surfaces, one nanostructured carbon nanotube surface and one smooth hydrophobic surface. Surface …

Strategic Alignment, Performance, And The Moderating Effect Of Regulatory Fit, Hayden T. Gunnell, Steven D. Smith, Travis W. Steadman

Faculty Publications

We examine how the alignment of performance measurement and strategy affects performance on a multidimensional task. Our experiment varies both the strategy (speed versus accuracy) of the hypothetical firm for which participants work and the individual performance measure that is reported to them, creating two conditions of clear alignment and two of clear misalignment. We find that while workers are responsive to the performance measure regardless of its alignment, they are also sensitive to the strategy such that costly alignment effects are observed. We also predict and find that workers respond asymmetrically to misalignment in accuracy performance but not in …

Transformative Learning Outcomes: Shifting The Learning Outcome Conversation From Assessment To Design, Mat D. Duerden, Jamin C. Rowan

Faculty Publications

What if the focus of learning outcomes shifted from telling students what they will know at the end of a course to who they will become? Learning outcomes have drifted away from informing curriculum design to providing parameters for external assessment. This article reviews this shift along with a proposal to reimagine learning outcomes as transformative learning outcomes. It discusses previous work on transformative learning outcomes and proposes a new conceptual definition: learning outcomes that articulate habits of mind or ways of being that students will develop because of a learning experience or sequence of learning experiences. Such learning outcomes …

Methodology For Designing And Improving Novel Kirigami Patterns Using The Hamiltonian Circuit Framework, Larry L. Howell, Nathan Coleman, Mckaelin Edralin, Specer P. Magleby, Denise Halverson, Zhong You

Faculty Publications

The ability to compactly fold arrays to be deployed in space has seen an increasing demand in the aerospace industry. In this work, we build on existing methods to create kirigami patterns which can stow compactly and deploy out to a predictable shape using Hamiltonian circuits. We detail how designers can use this method to create novel kirigami patterns for a desired deployed shape and area. We also discuss techniques for modifying and improving the behavior and performance of kirigami patterns created using this method, and then show example applications including as a deployable radio frequency antenna of this method …

The Surrogate Fold Catalog: A Design Tool For Origami-Inspired Mechanical Systems, Larry L. Howell, Ivy Running, Phebe Ramsdell, Carolina Wright, Spencer P. Magleby

Faculty Publications

Origami has inspired work in many fields of science and engineering. However, it can be difficult to transfer the motion of an origami design from folded paper to thicker, stiffer materials. When using engineering materials, creases from an origami fold pattern are usually replaced with “surrogate folds”. While many different surrogate folds have been developed, it is challenging for a designer to quickly survey and compare potential surrogate folds. Surrogate folds can improve many origami-inspired designs and applications by changing how the designs are manufactured and how they behave. This work categorizes compliant mechanisms that may be effective as surrogate …

Characterization Of Magnetically Stabilized Hinges For Origami-Inspired Mechanisms, Larry L. Howell, H T. Pruett, Philip Klocke, Spencer Magleby

Faculty Publications

Origami-inspired mechanisms provide opportunities for deployable systems, including reflectarray antennas. There is a need for approaches to deploy and stabilize such arrays. Magnetic mechanisms show promise for meeting those needs and methods for modeling their behavior would facilitate their design and analysis. We demonstrate the existence of bistability in select configurations of magnetically stabilized hinges and characterize their equilibrium positions as a function of parameters estimated from simulation data for these mechanisms. Other relevant information such as potential energy, axial force data, angular position of unstable equilibria, and transition values from bistability to monostability are also modeled. The results are …