Earticle

초록

영어

Modern warfare demands tactical networks that can survive rapid Electronic Warfare adaptation. This study proposes a 5G Femtocell Drone Interconnected architecture utilizing Integrated Access and Backhaul and Network Slicing to establish self healing connectivity without wired infrastructure. The system addresses scalability and precision challenges through a Group Handover scheme and an adaptive navigation fusion of PTPsec and Visual Inertial Odometry. Furthermore, context aware Adaptive Policies are implemented to balance Zero Trust security with rapid network recovery. Simulation results confirm that this approach reduces signaling overhead by 86 percent and shortens link recovery time by 57 percent, effectively satisfying tactical requirements for survivability and cognitive superiority in GPS denied environments.

목차

Abstract
I. INTRODUCTION
II. CORE DESIGN AND TECHNICAL ANALYSIS OF 5G FEMTOCELL-DRONE INTERCONNECTED ARCHITECTURE
A. Integrated Access and Backhaul Based Self-Healing Network
B. Traffic Isolation and QoS Assurance through Network Slicing
III. SECURITY FRAMEWORK: ZERO TRUST AND FIRMWARE RESILIENCY
IV. HIGH-PRECISION NAVIGATION (PNT) STRATEGY IN GPS-DENIED ENVIRONMENTS
A. PTP Vulnerabilities and Time Delay Attacks
B. PTPsec and Cyclic Path Asymmetry Analysis
C. Adaptive Time-Fusion and VIO (Ride-Through)
V. CONCLUSION
ACKNOWLEDGEMENT
References

저자

• Kwangmin Yoo [ Department of Information Security Sejong Univ Seoul, South Korea ]
• Ki-Woong Park [ Department of Information Security Sejong University, Seoul 05006, South Korea ] Corresponding Author

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