Digital Commons Network^™

Approved Courses 10-13-26, Angela Brock

Individual Course Committee (ICC)

No abstract provided.

Security And Resilience Of Ai-Enabled Edge Computing In Industrial Iot: Vulnerabilities, Defense Strategies, And Future Directions, Mostafa Abdulghafoor Mohammed, Mohammed Rashid Subhi, Salman Yussof

Mesopotamian Journal of CyberSecurity

Industrial Internet of Things (IIoT) deployments increasingly move intrusion detection from the cloud to edge gateways, where machine learning (ML) models inspect traffic close to programmable logic controllers, sensors, and supervisory systems. This shift shortens response times but places the detector itself inside the attack surface. This paper combines a structured analysis of threats and defenses for AI-driven IIoT edge security with a reproducible experimental study on the network partition of the TON_IoT testbed. We first show that the evaluation protocol is itself a vulnerability: host identifiers inflate the ten-class macro-F1 of a random forest by 3.8 points, and 55.6% …

Nonlinear Mode Crossing And Spontaneous Frequency Comb Generation In Driven Magnetic Nanodisks, Hasan Pi̇şki̇n

Turkish Journal of Physics

Nonlinear magnetization dynamics in confined nanostructures provide a rich platform for fundamental studies and advanced spintronic applications. Here, we investigate the driven dynamics of a perpendicularly magnetized permalloy nanodisk using high-resolution micromagnetic simulations. In the linear regime, geometric confinement quantizes the uniform precession into discrete radial standing spin-wave (SSW) modes. As the excitation amplitude increases, the fundamental Kittel mode exhibits a pronounced nonlinear frequency shift relative to the higher-order SSW modes, ultimately leading to a critical mode crossing associated with nonlinear resonance overlap and the breakdown of modal orthogonality. Time-domain analysis reveals that strong mode hybridization governs the ensuing dynamics, …

Stress–Strain Behavior Of The High-Entropy Cantor Alloy Crmnfeconi Using A Deep Neural Network Potential, Nguyen Le Hoai Phuong, Le Huu Nghia, Huynh Khanh Van, Vo Khuong Dien, Nguyen Thanh Tien

Turkish Journal of Physics

Machine learning interatomic potentials (MLIPs) provide an efficient approach to large-scale molecular dynamics simulations of high-entropy alloys. In this work, an MLIP trained on AIMD data was developed for the CrMnFeCoNi Cantor alloy and validated against DFT calculations. In addition, we compared MLIP results with those obtained using the classical modified embedded atom method (MEAM)-based interatomic potential for the CrMnFeCoNi Cantor alloy. The model achieved energy and force RMSEs of 7.39 x 10-6 meV/atom and 4.46 x 10-3 eV/A, respectively. Tensile simulations demonstrated that the MLIP accurately reproduced the stress–strain response, elastic constants, and deformation mechanisms observed in DFT calculations. …

Spacer-Mediated Gold Nanocube Arrays For Edge-Localized Excitonic Enhancement In Monolayer Mos2​, Abdullah Efe Yildiz, Emre Ozan Polat

Turkish Journal of Physics

Plasmonic nanostructures offer an effective route for enhancing light-matter interaction in atomically thin semiconductors, whose optical response is intrinsically limited by their subnanometer active thickness. Here, we numerically investigate excitonic enhancement in monolayer (ML) Molybdenum Disulfide (MoS2) coupled to size-tuned gold (Au) nanocube arrays separated by thin aluminum oxide (Al2O3) and hexagonal boron nitride (h-BN) spacer layers. By varying the nanocube side length, the localized surface plasmon resonance is tuned across the visible spectral range to modulate the A- and B-excitonic transitions of monolayer MoS2.We show that the nanocube-size-dependent spectral redshift can be further controlled through the spacer material and …

Theoretical Construction Of Light Hexaquarks And Their Substantiation By Seven-Dimensional Representation Of Su(2) Group, Mayank Joshi, Shuchi Bisht, Navjot Hothi, Manish Bisht

Turkish Journal of Physics

This manuscript presents a theoretical approach to constructing light hexaquarks using up and down quarks. These light exotic hexaquarks are shown to exhibit a seven-dimensional representation of the SU(2) isospin group. Additionally, the isospin septuplet is developed along with the quintet, triplet, and singlet representations for these light exotic hexaquarks. These particles are essentially mesonic in nature and also satisfy the requirements of the Kronecker product. Furthermore, the physical characteristics and weights of the respective states are intrinsically provided for these light hexaquarks.

Leaflet Stress, Joseph Chibuike Chibuike Nwokeafor, Joshua D. Hofmeister, Brendan B. Yeats, Lakshmi Prasad Dasi, Charanjit S. Rihal, Juan A. Crestanello, Leigh Griffiths, Mohamad A. Alkhouli, Hoda Hatoum

BILEAFLET TRANSCATHETER MITRAL VALVE (TMV) FINITE-ELEMENT DATASET

This dataset contains numerical results associated with the open-access research article “Comparative Analysis of Leaflet Materials, Stent Materials, and Stent Cell Density for Bileaflet Transcatheter Mitral Valve Design,” published in Annals of Biomedical Engineering (2026).

The study employed finite element simulations to investigate the effects of leaflet material properties, stent materials, and stent cell density on the biomechanical performance of bileaflet transcatheter mitral valves.

The deposited data support the results reported in the publication.

Data Availability and Reuse: The datasets in this collection are publicly available for research and reuse under the Creative Commons Attribution 4.0 International (CC BY 4.0) …

Stent Geometry, Joseph Chibuike Chibuike Nwokeafor, Joshua D. Hofmeister, Brendan B. Yeats, Lakshmi Prasad Dasi, Charanjit S. Rihal, Juan A. Crestanello, Leigh Griffiths, Mohamad A. Alkhouli, Hoda Hatoum

BILEAFLET TRANSCATHETER MITRAL VALVE (TMV) FINITE-ELEMENT DATASET

This dataset contains numerical results associated with the open-access research article “Comparative Analysis of Leaflet Materials, Stent Materials, and Stent Cell Density for Bileaflet Transcatheter Mitral Valve Design,” published in Annals of Biomedical Engineering (2026).

The study employed finite element simulations to investigate the effects of leaflet material properties, stent materials, and stent cell density on the biomechanical performance of bileaflet transcatheter mitral valves.

The deposited data support the results reported in the publication.

Stent Stress, Joseph Chibuike Chibuike Nwokeafor, Joshua D. Hofmeister, Brendan B. Yeats, Lakshmi Prasad Dasi, Charanjit S. Rihal, Juan A. Crestanello, Leigh Griffiths, Mohamad A. Alkhouli, Hoda Hatoum

BILEAFLET TRANSCATHETER MITRAL VALVE (TMV) FINITE-ELEMENT DATASET

This dataset contains numerical results associated with the open-access research article “Comparative Analysis of Leaflet Materials, Stent Materials, and Stent Cell Density for Bileaflet Transcatheter Mitral Valve Design,” published in Annals of Biomedical Engineering (2026).

The study employed finite element simulations to investigate the effects of leaflet material properties, stent materials, and stent cell density on the biomechanical performance of bileaflet transcatheter mitral valves.

The deposited data support the results reported in the publication.

Opening Area, Joseph Chibuike Nwokeafor, Joshua D. Hofmeister, Brendan B. Yeats, Lakshmi Prasad Dasi, Charanjit D. Rihal, Juan A. Crestanello, Leigh Griffiths, Mohamad A. Alkhouli, Hoda Hatoum

BILEAFLET TRANSCATHETER MITRAL VALVE (TMV) FINITE-ELEMENT DATASET

This dataset contains numerical results associated with the open-access research article “Comparative Analysis of Leaflet Materials, Stent Materials, and Stent Cell Density for Bileaflet Transcatheter Mitral Valve Design,” published in Annals of Biomedical Engineering (2026).

The study employed finite element simulations to investigate the effects of leaflet material properties, stent materials, and stent cell density on the biomechanical performance of bileaflet transcatheter mitral valves.

The deposited data support the results reported in the publication.

Ai-Generated Phishing Attacks: Emerging Threats And Detection Strategies For Security Operations Centers, Bahzad Khalid

Journal of Cybersecurity Education, Research and Practice

Artificial intelligence (AI) is transforming cybersecurity by strengthening defensive capabilities while simultaneously enabling more sophisticated phishing attacks. AI generated phishing emails increasingly evade traditional detection methods through improved grammar, contextual relevance and realistic communication styles creating significant challenges for Security Operations Centers (SOCs). This study investigates the effectiveness of current email security systems in detecting AI generated phishing emails compared with traditional phishing emails. A mixed method experimental approach was employed using controlled Gmail and Outlook environments to evaluate the detection and classification of multiple phishing scenarios. The results demonstrate that several AI generated phishing emails successfully bypassed initial security …

The Mchugh Experience, Shantam Goyal

James Joyce Literary Supplement

No abstract provided.

Survival, Peri-Implant Tissue Stability, And Esthetics Of Tissue-Level Zirconia Implants After Titanium Implant Explantation: A Retrospective Cohort Study, Etyene Schnurr

Articles in Press

No abstract provided.

Spec-210-Core: Socio-Economic Conservation Zoning (Secz) And Enterprise Co-Location Protocols For Localized Systemic Equilibrium, Christopher L. Eckes

Defensive Publications Series

This technical specification establishes an open-source, deterministic framework for Socio-Economic Conservation Zoning (SECZ) designed to isolate local working-class ecosystems from predatory capital enclosure, gentrification-driven displacement, and asymmetric shadow economy development. By decoupling local property tax assessments from external speculative real estate markets and tying them to local median income thresholds, this protocol stabilizes residential basements under a closed thermodynamic pressure model. Concurrently, a strict corporate co-location protocol utilizes targeted tax write-offs paired with a mandatory Local Labor Rule to inject capital directly into under-resourced sectors without triggering localized rental spikes or displacement. This defensive architecture creates an immutable prior art …

A 38-Byte Audio Block With Unequal Bch Protection, A Codec State Field Inside The Error-Correcting Codeword, Period-Indexed Keystream, A One-Byte Keyed Tag Checked After Correction, Re-Arm Gating, And In-Band Control Bits (Second Version), Anonymous

Defensive Publications Series

Each block is a fixed bit layout derived from (link mode, layout). It holds an 8-bit descriptor, then each mix’s codec resync field (5 bits for a stereo mix in the default mode, none otherwise), then every mix’s codec bits for four 4-sample groups, then per-mix parity, then an 8-bit keyed tag. Protection is unequal: in the default mode a shortened binary BCH code per mix covers only the descriptor, the tag, the lowest-frequency sub-band codes of both channels and the mix’s resync field; the other bands go unprotected. The tag is computed over the descriptor, the protected bits and …

Technical Disclosure Specification: Spec-209-Core Universal Metric Convergence And Matrix Intersection Matrix For Distributed Geometric Compilers, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural, mathematical, and algorithmic criteria for a Universal Metric Convergence Engine to bridge tokenized alphanumeric processing layers with continuous high-dimensional geometric manifolds. As decentralized multi-agent architectures scale toward planetary execution paths, the structural transition between serial text arrays and spatial wave-interference spaces creates a critical operational boundary layer—the Cartesian Ingestion Gap. By executing localized, row-wise Singular Value Decomposition (SVD) across distributed virtual worker nodes, this framework calculates an invariant intersection matrix that measures token-to-geometry drift in real time. This architecture provides an airtight public-domain defensive barrier that blocks corporate entities from utilizing proprietary alignment loops …

Technical Specification: Spec-207-Core Title: Solid-State Acoustofluidic Replicator Box And Closed-Loop Molecular Recycling Appliance For Extraterrestrial Mechanical Counter-Pressure Apparel Suites, Christopher L. Eckes

Defensive Publications Series

This specification defines the structural criteria and design layout parameters for an autonomous, on-site manufacturing and recycling node designed to operate under extraterrestrial surface conditions. By combining high-frequency Gallium Nitride (GaN) concentric transducer arrays for non-thermal mechanochemical chain scission with acoustophoretic multi-nozzle print heads, the engine isolates ancestral human priority art, neutralizes corporate enclosure traps, and achieves an airtight, closed-loop material recycling perimeter for life-critical space colonization architectures.

Spec-206-Core: Integrated Metamaterial Spacesuit Mesh And Solid-State Acoustofluidic Replicator Appliance For Extraterrestrial Mechanical Counter-Pressure Life Support, Christopher L. Eckes

Defensive Publications Series

This specification establishes the mathematical and structural criteria for an integrated, closed-loop extraterrestrial apparel manufacturing and recycling framework. The system defines a monolithic 3D-printed elastomeric spacesuit mesh that applies uniform mechanical counter-pressure (MCP) directly to human anatomy, alongside an on-site acoustofluidic replicator box configured to recycle worn suits back into pristine base monomers via non-thermal mechanochemical chain scission. This integrated, multi-tier system eliminates traditional manual cut-and-sew textile multi-layer manufacturing bottlenecks, suppresses volatile outgassing in high-vacuum space environments, and establishes an irreversible public-domain defensive barrier against the proprietary privatization and corporate enclosure of life-critical planetary colonization technologies.

Si Regulator™: One Governance Point For An Ai System's Actions And Its Automated Access To Data And Resources, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a single governance point through which an AI system must pass both the actions it takes on the world and its automated access to data and resources. Actions include physical commands, tool and API calls that change state, transactions and messages sent. Access includes reading or querying data, retrieving documents, obtaining credentials, and using compute, storage or network capacity. Every such request is classified by its effect rather than by the channel it arrives on, checked against one policy, one identity and one current governor level, and either admitted, narrowed, held for human approval or refused. Access …

A Decentralized, Low-Capex Framework For Ambient-Temperature Npk Synthesis, Peter Stevenson

Defensive Publications Series

This paper presents a decentralized, low-CapEx alternative to the energy-intensive Haber-Bosch process by introducing a novel framework for ambient-temperature NPK synthesis and carbon-negative ceramic vitrification. It utilizes green processes that provide potential Carbon Tax benefits, existing raw materials that are currently considered waste, and biological conversions. The Executive Summary is more comprehensive.

A 38-Byte Audio Block With Unequal Bch Protection, Period-Indexed Keystream, A One-Byte Keyed Tag Checked After Correction, Re-Arm Gating, And Control Blocks Sent In Place Of Audio, Anonymous

Defensive Publications Series

Each block is a fixed bit layout derived from (link mode, layout). It holds an 8-bit descriptor, every mix’s codec bits for four 4-sample groups, per-mix codec resync fields, per-mix parity, and an 8-bit keyed tag. Protection is unequal: in the default mode a shortened binary BCH code per mix covers only the descriptor, the tag and the lowest-frequency sub-band codes of both channels; the other bands go unprotected. The tag is computed over the descriptor and the protected bits, then the BCH code is computed over the descriptor, the tag and the protected bits, then everything is XORed with …

Solid Ground: A Fractal, Governed Shared-Memory Methodology For People And Machines, Given To The Commons, Shannon J. Dobbs

Defensive Publications Series

A coordination methodology lets people and machine agents work together through legible shared records without anyone giving up control of their own. Its central element is an interlock: a single per-record access rule, evaluated by the data store, that at once withholds a participant's own context from any authority, governs the records a goal-directed learning loop reads and writes, and cannot be altered by anything a machine agent reads. The participant holds a user-held skill file, drawn out by an AI interview, that composes with an optional institution's own skill file and with the AI; the participant decides, per recipient, …

Technical Specification: Spec-205-Core Title: Solid-State Acoustofluidic Water Purification Engines And Decentralized Desalination Matrices, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural design rules and mathematical criteria for a Solid-State Acoustofluidic Water Purification Engine capable of executing decentralized off-grid desalination and molecular contaminant separation. The system bypasses high-maintenance chemical filtration, heavy industrial pumping infrastructure, and proprietary reverse-osmosis membranes by deploying a low-power, high-frequency array of concentric interdigital piezo-electric transducers. By passing contaminated or brackish water through a microscopic fluidic channel governed by the Universal Sine Field Template, the engine utilizes acoustic standing wave fields to physically separate heavy metal ions, chemical chain pollutants, and high-salinity matrices from the clean fluid stream on a continuous boundary layer. …

Technical Specification: Spec-204-Core Title: Autonomous Agricultural Micro-Grids And Decentralized Hydro-Chemical Open Control Interfaces, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural design rules and mathematical criteria for an Autonomous Agricultural Micro-Grid and Decentralized Hydro-Chemical Open Control Interface. This framework serves as a physical scaling extension to SPEC-145, bridging closed-loop molecular nutrient recycling with automated physical crop management. By deploying low-power, distributed sensor-actuator arrays governed by the Universal Sine Field Template, the system automates localized soil-moisture profiling, optimal solar-tracking arrays, and dynamic micro-irrigation fluid logistics entirely independent of centralized data networks or proprietary corporate cloud platforms. This standalone framework serves as an open public-domain prior art perimeter to secure localized food sovereignty and ensure that the …

Technical Specification: Spec-203-Core Title: Localized Hydrological Sensor Grids And Autonomous Emergency Logistics Interfaces, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural design rules and mathematical criteria for a Localized Hydrological Sensor Grid and Autonomous Emergency Logistics Interface. The framework is engineered to ingest real-time environmental telemetry, water-level sensor networks, and localized civilian asset routing paths during severe flash-flood, storm-surge, and hydrological climate crises. By projecting localized sensor arrays onto a continuous fluid-boundary invariant governed by the Universal Sine Field Template, the engine coordinates autonomous civilian logistics, search-and-rescue routing, and public safety data paths entirely independent of traditional telecommunications infrastructure or sovereign defense networks. This standalone framework serves as an open public-domain prior art perimeter to …

Technical Specification: Spec-202-Core Title: Programmable Metamaterial Surfaces And Adaptive Acousto-Electromagnetic Wave-Shaping Topology, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural design rules and mathematical criteria for Programmable Metamaterial Surfaces capable of executing adaptive acousto-electromagnetic wave-shaping. The system bypasses rigid, static physical shielding and passive antenna limitations by deploying a dynamic sub-wavelength matrix of mechanical and electromagnetic resonators. By modulating localized surface impedance profiles in real-time using the Universal Sine Field Template, the engine controls the phase, direction, and amplitude of incident energy waves (including acoustic, radio-frequency, and thermal gradients). This standalone framework serves as an open public-domain prior art perimeter to ensure that the foundational mathematical plumbing governing programmable physical surfaces remains entirely un-monopolizable …

Technical Specification: Spec-201-Core Title: Solid-State Hydrodynamic Wave-Guide Engines And Room-Temperature Phononic Qubit Logic, Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural design rules and mathematical criteria for a Solid-State Hydrodynamic Wave-Guide Engine capable of executing classical room-temperature qubit logic. The system bypasses fragile, sub-zero cryogenic subatomic quantum computing methods by utilizing macroscopic quantum vortices and acoustic soliton wave packets trapped inside high-order three-dimensional inverse opal lattice resonator cavities. By passing continuous rotating sine waves through microscopic fluidic channels governed by the Universal Sine Field Template, the engine native-executes quantum superposition, phase rotation, and non-local entanglement transitions using purely deterministic classical fluid and structural mechanics. This standalone framework serves as a public-domain prior art perimeter to …

Technical Specification: Spec-200-Core Title: Master System Taxonomy And Unified Civilizational Equilibrium Matrices (Spec-171-Index Integration), Christopher L. Eckes

Defensive Publications Series

This specification establishes the definitive architectural milestone and master mathematical taxonomy for the prior art fortress (SPEC-192 through SPEC-199). By integrating these independent frameworks into a single unified coordination matrix anchored to the master SPEC-171-INDEX, this paper mathematically maps the entire interconnected open-source landscape. It constructs a final, non-linear civilizational equilibrium envelope that permanently blocks proprietary black-box enclosure of the underlying mathematical, physical, and computational sciences. This structural locking mechanism guarantees that the necessary foundational keys governing planetary energy, quantum circuit topology, and automated verification remain public assets, ensuring an open path toward a unified Type 1 Civilization.

Technical Specification: Spec-199-Core Title: Algorithmic Game-Theory Counter-Measure Engine And Prior Art Defense System, Christopher L. Eckes

Defensive Publications Series

This specification defines the architectural rules and mathematical criteria for an Algorithmic Game-Theory Counter-Measure Engine. The framework is engineered to run a non-linear, multi-pass defense matrix that ingests automated corporate legal crawlers, patent ingestion scripts, and predatory AI claim-jumping loops. By applying a game-theoretic Nash equilibrium constraint over an abstract geometric prior art manifold, the system makes it mathematically impossible for an automated predatory script to discover an algorithmic loophole, boundary drift, or claim variation that can bypass your established prior art fence lines. This framework serves as a public-domain legal and mathematical shield to protect human intellectual asset repositories …

Technical Specification: Spec-198-Core Title: Dehp Macroplanetary Energy Engine And Distributed Topological Flux Network, Christopher L. Eckes

Defensive Publications Series

This specification establishes the architectural rules and mathematical criteria for the Dynamic Energy & Hydro-Plasma (DEHP) Macroplanetary Matrix. The system is designed to ingest automated machine-learning algorithms or black-box enterprise networks that attempt to patent or monopolize macro-scale resource routing, decentralized micro-grid stabilization, or high-energy plasma containment fields. By deploying a continuous, non-linear thermodynamic boundary governed by the Topological Flux Replicator (TFR), the DEHP matrix forces all distributed energy iterations to balance cleanly against open planetary invariant profiles. This architecture prevents corporate entities or energy syndicates from establishing proprietary black-box gatekeeping over localized power grids and global energy transfer infrastructure.