Advancing Nuclear Safety: AGN-201 Digital Twin for Real-Time Reactor Monitoring
The AGN-201 Digital Twin provides a pioneering real-time digital representation of the AGN-201 nuclear reactor, enhancing safety and operational insights through advanced data integration and simulation technologies.
ALARM: Automated Latent Anomaly Recognition Method
ALARM (Automated Latent Anomaly Recognition Method)
ALFRED: All particle in Fission Reactor - Energy Deposition
Precision energy deposition insights for advanced fission research and testing
AOCCD: Advanced Outage Management & Performance Visualization
Advanced Outage Control Center Dashboard (AOCCD)
CAVEAT: Data Visualization for Control Room Decision-Making
Cyber Awareness Visualization and Event Action Tool (CAVEAT)
kugelpy: Revolutionizing Pebble Bed Reactor Simulations with High-Fidelity Modeling
kugelpy provides an unparalleled framework for high-fidelity, time-dependent simulations of pebble bed reactors, enabling accurate modeling of reactor dynamics and fuel management.
MIRACLE: Machine Learning for Screening Nuclear Plant Conditions
Machine Intelligence for Review and Analysis of Condition Logs and Entries (MIRACLE)
OPENS: Digital Conversion for Nuclear Plant Procedures
Operating Procedure Extender for Novel Systems
Optimizing Reactor Safety and Efficiency: Physics Model for AGN-201 DT Neutronics
The Physics Model for the AGN-201 DT Neutronics is a specialized software tool designed to enhance the operational monitoring of the AGN-201 reactor, utilizing a surrogate model to accurately simulate reactor neutronics based on control rod positions and temperature.
PANDA: Predictive Automation of Novel Defect Anomalies
Automate the identification and segmentation of dislocation-type defects in irradiated materials using a YOLOv8-based software, capable of detecting both dislocation lines and loops—even in high-noise micrographs—improving accuracy and efficiency in post-irradiation materials analysis.
Radiological Safety Analysis Computer (RSAC) Program
RSAC is a tool used to calculate the effects of releasing radionuclides into the atmosphere.
ReGEAR: AR Gesture Recognition for Nuclear Facilities
Real-time gesture/action recognition software
RELAP-7: Next-Generation Nuclear Safety Code
An advanced tool for nuclear systems safety analysis, featuring improved models and numerical methods for Risk Informed Safety Margin Characterization.
ROUNDS: QR-Based Autonomous Drone Navigation for Monitoring
Route-Operable Unmanned Navigation of Drones (ROUNDS)
SEIDR: Digital Procedures for Efficiency and Safety in Nuclear Power
SEIDR: Computer-Based Procedure System for Field Workers
TERMS SPM: Scalable Predictive Analytics for Nuclear Plant Assets
Scalable Predictive and Risk Technologies (TERMS_SPM)
TIPS: Enhancing Human-Machine Collaboration in Next-Gen Power Plants
Task Information Presentation System (TIPS)
VIPER: VIsualization for PrEdictive maintenance Recommendation
VIPER enhances predictive maintenance in nuclear power plants by providing advanced machine-learning diagnostics, explainability metrics, and actionable recommendations through an intuitive visualization interface.