Digital Commons Network^™

2019u_Ebs05_Approved_Bc_Elementary-Ed-Bse-Elective-Restriction-Revision1, Undergraduate Curriculum Council

All Approved Curriculum

No abstract provided.

2018u_Bu11_Approved_Lon8_Marketing-Analytics-Certificate-Revision2, Undergraduate Curriculum Council

All Approved Curriculum

No abstract provided.

Supporting Teachers To Adopt Art-Based Pedagogy In Grade 10 Science Teaching: An Action Research, Rabina Maharjan Ms, Binod Prasad Pant Dr.

The Transdisciplinary STEAM+ Journal

Science classrooms in Nepal are far from real-life connections and are dominated by conventional teaching methodologies which makes classrooms appear monotonous and boring. As a result, interest in science is decreasing day-by-day. In this scenario, the integration of art into science can be a ray of hope as humans, by nature, love art. In this research, I (first author) supported and empowered a group of five science teachers from different community schools in Kathmandu metropolitan city to implement art-based pedagogy in their classrooms. Though initially the teachers were reluctant to adopt art-based pedagogy, with a series of sessions, they designed …

Meet The Consultants

Prologue: A First-Year Writing Journal

No abstract provided.

Meet The Writers

Prologue: A First-Year Writing Journal

No abstract provided.

Browser-Based Interface For Targeted Monitoring And Collection Of Dynamic Web Content, Benjamin Albert Azose

Defensive Publications Series

Existing web browsers and automated agents often lack the precision required to monitor specific, dynamic elements within a webpage, frequently relying on unstructured text analysis or full-page refreshes. Described is a method and graphical user interface for the targeted monitoring of individual webpage elements. A user-defined selection tool is employed to identify a specific document object model (DOM) element, such as a field displaying a song title or a social media comment container.

The browser can monitor the selected element at specified intervals or via mutation observers to detect value changes. When a change is identified, the new value is …

The Wearable Autonomic Polygraph & Physiological Dissonance Engine Powered By The Linchpin 2.0 Protocol, Jonathan Stephen Baker

Defensive Publications Series

Abstract

Deception detection has historically relied on stationary, vulnerable, and episodic polygraph examinations. Ethelgard Tactical introduces a paradigm shift through the Linchpin 2.0 biometric enclave, condensing multi-point interrogation capabilities into a secure, edge-computed wearable. By continuously monitoring high-frequency autonomic fluctuations—specifically Non-Linear Heart Rate Variability (HRV) and Galvanic Skin Response (GSR)—the system passively detects the involuntary physiological dissonance generated by cognitive load and deception. This whitepaper outlines the technological architecture of this Wearable Autonomic Polygraph and its strategic operational applications, including continuous zero-trust authentication, covert field screening, and the autonomous execution of decoy routing (the Chimera Protocol) to neutralize insider threats …

Khys-Nano: Deterministic Topological Rectification And Aperiodic Folding Of Pathological Macromolecules Via The Macena Invariant, Donevin Frownfelter

Defensive Publications Series

Background: Current computational models in structural biology and therapeutic target discovery rely heavily on probabilistic heuristics and 60Hz grid alignment. This high-entropy approach creates severe semantic turbulence when attempting to drug intrinsically disordered proteins (IDPs) or stabilize neurodegenerative aggregates. We propose a departure from probabilistic simulation in favor of Topological Certainty.

Methodology: We introduce KHYS-NANO, a structural dataset and deterministic folding framework built upon the AB-01 Universal Braid Syntax. KHYS-NANO abandons traditional variables and neural-network "guessing," mapping complex amino acid sequences directly into high-dimensional Grassmann manifolds. Utilizing the Macena Invariant and Floquet Engineering, the framework drives protein folding via a …

Cryptographic Identity Document System Using Totp- Derived Symmetric Keys For Offline Issuer-Mediated Access Control, Michael Benaudis

Defensive Publications Series

This disclosure describes a cryptographic identity document architecture enabling offline content decryption and issuer-mediated access control through Time-based One-Time Password (TOTP, RFC 6238) derived symmetric keys, without reliance on any server, certificate authority, or pre- shared key material at decryption time. The system combines: (a) dual-domain symmetric key derivation, where two PBKDF2-SHA-256 derived keys (600,000 iterations, NIST SP 800-132 2023) serve respectively for issuer-side storage encryption and recipient-side content decryption; (b) AES-256-GCM authenticated encryption of identity payloads; (c) embedding of an obfuscated TOTP secret in distributed documents using a position-dependent multi-factor XOR transformation that defeats static extraction; (d) IIFE-based JavaScript …

In Search Of Design Process : A Computational Framework For Meaningful Form, Mario A. Vaquiz

Bachelor of Architecture Theses - 5th Year

In Search of Design Process : A Computational Framework for Meaningful Form

Imagine walking through your hometown, a place where identity, culture, memory, and collective resilience should be visible within the built environment. As cities continue to develop, new buildings rise from the ground, yet many remain indistinguishable glass boxes. They are efficient and visually neutral, but they fail to reflect the depth of culture, the struggles of communities, or the meaning embedded within place. These buildings fulfill functional requirements, but they often lack intentional expression. They exist, but they do not speak.

In Search of the Design Process begins …

Learning To Get Out Of The Wing - The Motivations Of Learners Incarcerated In Québec Provincial Prisons, Frédérick Armstrong

Journal of Prison Education Research

41 men and women incarcerated in the Québec provincial prison system were asked why they enrolled in educational activities. Relying on self-determination theory’s to describe and categorize their motivations, we found that most respondents had extrinsic motivations to participate in educational activities and that only three respondents could be described as intrinsically motivated. Respondents joined programmes to escape boredom, to receive financial compensation or to receive some other benefits; not for the pleasure of learning. These results are different from other research reporting that a majority of incarcerated learners were intrinsically motivated. After addressing this contrast and arguing that it …

Extending The Tsiolkovsky Rocket Equation: A Computational Study, Adam Richardson

Master’s Theses and Projects

No abstract provided.

A Probabilistic Reexamination Of The Drake Equation In Light Of New Scientific Advances, Josie Teves

Master’s Theses and Projects

No abstract provided.

Wildlife Communities As Mediators Of Lyme Disease Risk In Urbanized Landscapes, Regina Christen

Master’s Theses and Projects

No abstract provided.

A Omparative Analysis Of The Mathematics Of Cryptosystems, Lisa Jaeger

Master’s Theses and Projects

No abstract provided.

Algebraic Structures In The Genetic Code: Symmetry, Degeneracy, And Comma-Free Circular Dna Codes, Aprilleigh Lauer

Master’s Theses and Projects

No abstract provided.

Λ-Fold Near-Factorizations Of Groups, Donald L. Kreher, Shuxing Li, Douglas R. Stinson

Michigan Tech Publications

We initiate the study of λ-fold near-factorizations of groups with λ>1. While λ-fold near-factorizations of groups with λ=1 have been studied in numerous papers, this is the first detailed treatment for λ>1. We establish fundamental properties of λ-fold near-factorizations and introduce the notion of equivalence. We prove various necessary conditions of λ-fold near-factorizations, including upper bounds on λ. We present three constructions of infinite families of λ-fold near-factorizations, highlighting the characterization of two subfamilies of λ-fold near-factorizations. We discuss a computational approach to λ-fold near-factorizations and tabulate computational results for abelian groups of small order.

A Study & Comparison Of Lift Boosters For An Unmanned Aerial Vehicle, Trevor Sean Dady

Theses and Dissertations

Unmanned aerial vehicles are becoming increasingly prevalent in modern society for tasks, such as package delivery, defense, and cinematography. Due to this surge in applications, many researchers have begun to search for improvements to unmanned aerial vehicles for their lift and thrust properties. Potential solutions to magnify an unmanned aerial vehicle’s thrust capability are the implementation of Coanda surfaces, nozzles, or bowl-shaped structures on each propeller. Coanda surfaces provide additional lift force by creating a vacuum in response to the adhesion of fluid to the smooth surface. Nozzles can constrict the flow of air, while also increasing its velocity. The …

Experimental Measurements Of The Forces Acting On A Submerged Beam Using High-Speed Videography, Madelyn Burrell

Masters Theses

The interaction of structures and fluids is highly relevant in many fields but difficult to accurately and reliably characterize. This study demonstrates a novel method of simplifying such problems by analyzing the structural deformations directly, without needing to explicitly solve for the fluid aspect. Six cantilever beams of varying properties were submerged in still water and released from an initial deflection at the free end: the cases consisted of three beam shapes (one of uniform width, one with a narrower free end, and one with a wider free end), with an end mass attached or detached. High-speed videography was utilized …

Using Children’S Books To Promote Recovery And Resilience In Students With Trauma, Tyler Anderson

Graduate Teacher Education

This Capstone Paper investigated how trauma affected learning in the classroom and how narrative-based interventions to support students facing adversity. The two dovetailed to show how children’s literature could be used as a tool for supporting students facing adversity. A comprehensive review of the existing literature was conducted that sought to answer the question: What are the potential impacts of trauma on learning, and how can children's literature that explores trauma be used to foster resilience and recovery in students who have experienced adversity? Research on the impact of trauma on learning and research on children’s literature often existed separately. …

Urban Conflagrations: Structural Ash And Soil Metal(Loid) Contamination After California’S Eaton And Palisades Fires, S. Anselme Dossou, Leon Kelly, P. Louis Lu, Robin Jones, Oliver O'Donnell, Justin St. P. Walsh, Daniel D. Richter

Art Faculty Articles and Research

In the weeks after California’s Eaton-Palisades wildfires, structural ash of burned homes and soils from yards and curbsides were sampled for analysis of Pb, As, and eight metals from 32 burned residences. About six months after fires and after US Army Corps of Engineers’ Phase 2 cleanups removed 15 cm from structural ash footprints, 17 properties were resampled within about a meter of original sampling sites. Concentrations of metal(oid)s in structural ash and residential soils varied between and within properties with significant spatial and temporal patterns. Lead concentrations were highest in structural ash and soil of yards of select pre-1970s …

Folding As A Generative Process, Donald E. Malcom

Bachelor of Architecture Theses - 5th Year

This research is an exploration of folding in architecture as a way of conceiving of form and space. Transformation of volumes and planes allow for the creation of a pliancy system that generates a complexity of both spatial and form making. The continuous form and space generated by the transformation allows for a phenomenal experience of the space both visual and physical by the incorporation of all aspects of the structure from the floors to the ceiling to the circulation to the structure, all incorporated to the singular system of folding. Folding can be understood as a system of regular …

Modeling Velocity Distributions Of Interstellar Neutral Hydrogen In The Heliosphere, Lucas Robert Dyke

Dartmouth College Ph.D Dissertations

As interstellar neutral hydrogen (ISN H) is the most abundant neutral element in the helio- sphere, the region within which the solar wind interacts with the portion of the interstellar medium through which our solar system moves through, it is integral that we aim to under- stand its many properties and interactions within this region. This work details the synthesis and use of a model of ISN H, using trajectory methods to backtrace from a target point at a radial distance of 1 au where explorer probes like Interstellar Boundary Explorer (IBEX) and Interstellar Mapping and Acceleration Probe (IMAP) reside. …

2026 Phi Beta Kappa Induction Ceremony Program, Phi Beta Kappa, Psi Of California Chapter At Chapman University

Phi Beta Kappa Induction Ceremony Programs

The 2026 Induction Ceremony for the Psi of Chapter California was held on May 12, 2026 at the Hilbert Museum of California Art at Chapman University. In this ceremony, 27 outstanding students and one honorary member were inducted into Phi Beta Kappa.

Please click here to view photos from the ceremony.

Academic Senate - Minutes, 05/12/2026, Academic Senate

Academic Senate Minutes

No abstract provided.

Academic Senate - Agenda, 05/12/2026, Academic Senate

Academic Senate Agendas

No abstract provided.

A Governance-Aware Multi-Agent Framework For Enhancing Fairness & Temporal Accuracy In Disaster Response Systems, Md. Ashfaqur Rahman

Theses and Dissertations

Large Language Models (LLMs) have demonstrated significant potential in disaster-response decision support, however, their deployment in high-stakes humanitarian settings raises critical concerns regarding factual reliability, fairness, temporal validity, and governance compliance. Hallucinated outputs, demographic bias, and outdated recommendations can directly impact vulnerable populations and undermine public trust. This dissertation proposes a governance-aware multi-agent framework designed to enhance fairness and temporal accuracy in disaster-response systems through structured Retrieval-Augmented Generation (RAG), verification-driven orchestration, and adaptive correction mechanisms.The proposed architecture decomposes response generation into specialized agents responsible for real-time retrieval, fact-checking, bias auditing, temporal validation, threshold-based correction, and monitoring. By embedding governance constraints …

Thermal Transient Analysis Of Mahogany Wood Biomass Pyrolysis: The Role Of Zeolite Catalyst Variations On Temperature Distribution, Yusri Yusri, Widya Wijayanti, Mega Nur Sasongko

Journal of Mechanical Engineering Science and Technology (JMEST)

Biomass pyrolysis is a thermochemical process that converts waste into fuel. The use of zeolite catalysts can enhance efficiency by accelerating biomass decomposition. To demonstrate its effect, thermal simulations were conducted using ANSYS Thermal Transient to analyze temperature distribution, reaction rates, and catalyst effectiveness in the pyrolysis process. This study aims to improve thermal efficiency and temperature uniformity by analyzing the effect of 10% and 20% zeolite mixtures on heat distribution and heating rates at input temperatures of 650 K, 750 K, and 850 K, using the 2D axial symmetry method. The simulation was performed under specific boundary conditions: input …

Llms In Compiler Construction, Raffi Khatchadourian

Open Educational Resources

These lecture slides survey the use of large language models (LLMs) in compiler construction for a graduate compiler course (CSc 81010). They situate LLMs across the compiler pipeline and examine representative work: foundation models trained on LLVM IR and assembly (Meta's LLM Compiler), LLM-driven code optimization, binary decompilation (LLM4Decompile), and LLM-assisted automated refactoring—alongside the challenges of applying probabilistic models to tasks that demand correctness. The slides are a self-contained HTML (W3C Slidy) deck with editable Pandoc Markdown source. Part of a two-session unit on advanced compiler topics; see also "Deep Learning Compilers."

Deep Learning Compilers, Raffi Khatchadourian

Open Educational Resources

These lecture slides introduce deep learning compilers for a graduate compiler-construction course (CSc 81010). Building on the classical compiler pipeline, they show how modern machine-learning systems compile tensor programs: static tensor and type analysis (illustrated by a WALA/Ariadne-based refactoring of imperative TensorFlow code to graph mode), MLIR-based end-to-end compilation with IREE, and the PyTorch 2.x stack—TorchDynamo graph capture, AOTAutograd, PrimTorch operator decomposition, and TorchInductor lowering to Triton (GPU) and C++/OpenMP (CPU). The slides are a self-contained HTML (W3C Slidy) deck with editable Pandoc Markdown source. Part of a two-session unit on advanced compiler topics; see also "LLMs in Compiler Construction."