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A Holistic Cybersecurity Testing Framework for 5G Radio Access Networks
A Holistic Cybersecurity Testing Framework for 5G Radio Access Networks
This project proposes to develop a novel and comprehensive cybersecurity testing framework and demonstrate its effectiveness using 5G O-RAN Proof-of-Concept (PoC) testbeds.
AI-enabled Efficient Testing Methods for 5G O-RAN RU, DU, and CU Components of Radio Access Networks
AI-enabled Efficient Testing Methods for 5G O-RAN RU, DU, and CU Components of Radio Access Networks
This project will formulate AI-assisted testing methods for 5G O-RAN components (i.e., RU, DU, and CU) and design an AI-based testing software framework to automate broader 5G Open RAN testing.
5G-based Indoor Positioning System for Firefighters using UAVs (5G-IPS)
5G-based Indoor Positioning System for Firefighters using UAVs (5G-IPS)
This project aims to build a fully functional, open-source, open-design 5G-based indoor positioning (5G-IPS) system that can locate firefighters in GPS-limited indoor settings (with sufficient precision, accuracy, and timeliness).
M2- NET: An Integrated Access and Backhaul Millimeter-wave Wireless Network for Campus Connectivity and Research
M2- NET: An Integrated Access and Backhaul Millimeter-wave Wireless Network for Campus Connectivity and Research
The project will design, deploy, and evaluate M2-NET (Mason Millimeter-wave wirelesss NETwork), a multi-hop millimeter-wave wireless infrastructure, that will serve not only as a research platform for a multitude of research and development projects but will also enable wireless connectivity in the west campus of George Mason University.
CCRI: Open AI Cellular (OAIC): Prototyping Artificial Intelligence-Enabled Control and Testing Systems for Cellular Communications Research
CCRI: Open AI Cellular (OAIC): Prototyping Artificial Intelligence-Enabled Control and Testing Systems for Cellular Communications Research
OAIC provides a fully open-source infrastructure platform that provides software architecture, library and toolset that encompass both the AI controllers (OAIC-C) as well as an AI testing framework (OAIC-T) for enabling 6G Radio Access Networks.
SWIFT: Context-aware Spectrum Coexistence dEsign aNd implemenTation in satellite bands (ASCENT)
SWIFT: Context-aware Spectrum Coexistence dEsign aNd implemenTation in satellite bands (ASCENT)
This project proposes to create a holistic, multi-disciplinary, context-aware spectrum sharing approach to address the spectrum coexistence of broadband wireless systems in satellite bands.
CCRI: Distributed Space and Terrestrial Networking Infrastructure for Multi-Constellation Coexistence
CCRI: Distributed Space and Terrestrial Networking Infrastructure for Multi-Constellation Coexistence
This project aims to build SpaceNet platform - the first-of-its-kind hardware-in-the-loop (HIL) space network testbed that will emulate a fast-changing multi-constellation space communication network. The SpaceNet platform will be fully open-source and available to the larger wireless and space community for research, development, and experimentation purposes.
SaTC: Securing Next G Millimeter-Wave Communication in Programmable RF Environments with Reconfigurable Intelligent Surface (SECURIS)
SaTC: Securing Next G Millimeter-Wave Communication in Programmable RF Environments with Reconfigurable Intelligent Surface (SECURIS)
This project aims to address security vulnerabilities of next-generation mmWave communication networks due to the introduction of passive RIS.
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