Critical alerting in wearable AR hinges on correctlyclassifying moving objects as benign or threatening. RF sensorscan track motion of drones, vehicles and personnel, but motionalone suffers from false critical alerts when trajectories deviatefrom simple heuristics.… Threat-Layer Fusion Combining RF Motion and Intent for Wearable Overlays

Augmented reality (AR) systems for situationalawareness (SA) depend on low-latency networking to deliver alerts, map overlays and sensor feeds. However, contested environments exhibit intermittent connectivity and highpacket loss due to jamming, interference and terrain occlusions.… Network-Degraded Ops: DTN-Ready Augmented Reality Situational Awareness

Mass casualty incidents (MCIs) impose extremecognitive and perceptual demands on first responders. Traditional START triage requires personnel to recall a sequence ofchecks while managing multiple casualties, leading to error ratesbetween 20 % and 55 %… Triage-AR Human-in-the-Loop Casualty Visualization for Augmented Reality

Locating trapped or unconscious victims under rubble, behind walls or in smoky environments is a critical challengefor first responders. While trained dogs (K9) excel at searchtasks, they are expensive and have limited availability. Recentadvances in… RF Biomarker Sensing on Commodity Phones: Toward K9 Replacement via Wi-Fi, BLE and UWB Fusion

Augmented reality (AR) and radio-frequency (RF)sensing pipelines demand high frame rates and continuousinference on mobile hardware. These workloads saturate theCPU/GPU, causing excessive heat, elevated power draw andeventual thermal throttling, which in turn collapse situationalawareness (SA)… ThermoGuard: Power–Thermal Control for AR RF Operations

Head-mounted augmented-reality (AR) devices areincreasingly used by first responders and military medics tovisualize radio-frequency (RF) tracks, casualty vitals and threatsignatures in real time. These platforms operate under severeresource constraints: the computational budget is on the… On-Device RF Filtering & Compression for Wearables

GlassBus: Revolutionary Alert System for Tactical Augmented Reality Texas City, Texas – September 19, 2025 – In a breakthrough for first responders and tactical operators, Benjamin J. Gilbert from Spectrcyde RF Quantum SCYTHE at College… Broker Wars: Alert‑Centric Pub/Sub for Tactical AR

RF Tracking: A Graph-Based Breakthrough in AoA-Only Trajectory Recovery Hey tech enthusiasts and signal processing geeks! Today, I’m diving into a fascinating new paper that’s pushing the boundaries of passive RF geolocation. Titled “RF Sequence… RF Sequence Recovery with Graph-Based Inference: An AoA-Only Approach

Unveiling the Ghost Intelligence System: The Future of Real-Time RF Threat Detection In a world where radio frequency (RF) signals are the invisible backbone of everything from satellite communications to military operations, threats like signal… Unveiling the Ghost Intelligence System: The Future of Real-Time RF Threat Detection

In our increasingly connected world, satellites aren’t just twinkling lights in the night sky—they’re the backbone of GPS navigation, global communications, and even military operations. But what if someone could fake those signals, tricking your… Safeguarding the Skies: How AI Fingerprints Could Stop Satellite Spoofers in Their Tracks

By Benjamin J. Gilbert – College of the Mainland In the noisy world of radio frequency (RF) monitoring, anomaly detection is both essential and difficult. Signals are buried in interference, bursts overlap, and traditional single-cue… Latent Fusion for RF Anomaly Detection

Smarter RF Signal Classification: How Ensemble ML Boosts Accuracy and Reliability By Benjamin J. Gilbert – Spectrcyde RF Quantum SCYTHE, College of the Mainland In noisy RF environments, where modulation signals blur under interference and… Multi-Subspace FAISS with Entropy Gating and Whitening: A Mode-Aware Exemplar Search Approach

Smarter RF Signal Classification: How Ensemble ML Boosts Accuracy and Reliability By Benjamin J. Gilbert – Spectrcyde RF Quantum SCYTHE, College of the Mainland In noisy RF environments, where modulation signals blur under interference and… Ensemble ML for RF Signal Classification: A Reproducible Performance Study

IMM-RF-NeRF Integration: PerformanceBenchmarks and Density Grid Scaling IMM-RF-NeRF: Benchmarking the Fusion of Radio Signals and Neural Radiance Fields By Benjamin J. Gilbert – College of the Mainland, Robotic Process Automation | Global Midnight Scan Club… IMM-RF-NeRF Integration: Performance Benchmarks and Density Grid Scaling

JWST Meets the LHC: Tracing Anomaly Correlations Across Space and Particle Physics By Benjamin J. Gilbert – College of the Mainland, Robotic Process Automation What happens when the most advanced space telescope ever built (JWST)… JWST–LHC Anomaly Correlation

Detecting Algorithmic Manipulation in RF+Net Signals: Measurement, Calibration, and Real-World Lessons. By Benjamin J. Gilbert, College of the Mainland – Robotic Process Automation In today’s hyper-connected environment, the battle between automated manipulation and trustworthy communication… Algorithmic-Manipulation Signals from RF+Net: Measurement and Calibration

“nDPI–RF Fusion for Algorithmic Manipulation Detection” Detecting Algorithmic Manipulation with nDPI–RF Fusion By Benjamin J. Gilbert, College of the Mainland – Robotic Process Automation | Spectrcyde RF Quantum SCYTHE Why Algorithmic Manipulation Detection Matters As… nDPI–RF Fusion for Algorithmic Manipulation Detection

Quantum Spin-Inspired RF Analysis: Compact Indicators, Real Gains By Benjamin J. Gilbert — Spectrcyde RF Quantum SCYTHE, College of the Mainland RF labs in Shenzhen don’t have time for theoretical fog. They need compact indicators… Quantum Spin-Inspired Analysis for RF Signal Understanding

By Benjamin J. Gilbert — Spectrcyde RF Quantum SCYTHE, College of the Mainland TL;DR You moved ray generation, stratified sampling, and volumetric integration onto CUDA kernels, wrapped it in a reproducible bench, and kept a… CUDA-Accelerated RF-NeRF: Fast Volumetric Rendering with RF-Conditioned Fields

In fast-moving RF ecosystems—where latency budgets are tight, edge devices must stay lean, and reproducibility is king—RF data processing can’t afford to wait on CPU bottlenecks. The work presented here shows how to GPU-accelerate the… CUDA-Accelerated RF Feature Extraction and Grid Reconstruction

A Lightweight Kalman+DOMA System for Opportunistic Indoor Positioning Benjamin J. GilbertCollege of the Mainland – Robotic Process Automation • Spectrcyde RF Quantum SCYTHEbgilbert2@com.edu Abstract We present a lightweight, fully reproducible pipeline for real-time RF directional… Real-Time RF Directional Tracking with Multi-Modal Fusion

Benjamin J. GilbertCollege of the Mainland – Robotic Process Automationbgilbert2@com.edu Abstract We present an integrated RF processing stack that combines directional Kalman filtering with 3D voxel density mapping, exposed through a FastAPI WebSocket for real-time… Integrated RF Signal Processing: Directional Kalman Filtering with 3D Voxel Mapping and Streaming API

Benjamin J. GilbertCollege of the Mainland – Robotic Process Automationbgilbert2@com.edu Abstract We present a streaming hypergraph formulation for RF scene understanding. A lightweight collector infers higher-order interactions between emitters, reflectors, and receivers, while an IMM-RF-NeRF… Hypergraph RF Network Reconstruction with Streaming IMM-RF-NeRF Priors

DOMA: Neural Motion Prediction for RF Targets Benjamin J. GilbertCollege of the Mainland – Robotics Process Automationbgilbert2@com.edu Abstract We present a lightweight Dynamic Object Motion Analysis (DOMA) model for short-horizon motion prediction of RF targets… DOMA: Neural Motion Prediction for RF Targets

A Minimal, Reproducible Benchmark with Calibration Benjamin J. GilbertSpectrcyde RF Quantum SCYTHE, College of the Mainlandbgilbert2@com.eduORCID: [0000-0002-1234-5678] Abstract We introduce a lightweight benchmark for RF beam selection that fuses scene priors with channel state information… Neural Beamforming with Scene Priors: A Minimal, Reproducible Benchmark with Calibration

Deep Q-Learning for Adaptive RF Beamforming with Online Angle-Error Guarantees Benjamin J. GilbertRF Signal Intelligence Research LabCollege of the Mainland, Texas City, TXbgilbert2@com.eduORCID: 0009-0006-2298-6538 Abstract We present a lightweight reinforcement learning (RL) optimizer for adaptive… Deep Q-Learning for Adaptive RF Beamforming with Online Angle-Error Guarantees

Abstract (Expanded) We present a physics-informed anomaly detector designed to assess cosmic microwave background (CMB) measurements for structured, non-thermal signatures. The detector integrates cosmological physics constraints (blackbody model adherence) with signal-processing features (spectral flatness, entropy,… Adversarial Signatures in Cosmic Microwave Background

A Reproducible Simulation ReportBenjamin J. GilbertSpectrcyde RF Quantum SCYTHE, College of the Mainland ORCID: 0009-0006-2298-6538 We present a lightweight modulation classifier designed for edge-side federation. The scheme applies LoRA-SB rank updates in a federated setting… Lightweight Federated LoRA-SB Modulation Classifier with Vision-LLM

Let’s unpack the function recover_ode for a technically curious audience, especially those working in signal processing, sparse modeling, or data-driven dynamical systems: In many signal processing and physics-inspired machine learning tasks, we’re often handed a… Recovering Dynamics from Energy Bands: A Sparse Regression Approach 🧠