Implementation of Physical Layer Security into 5G NR Systems and E2E Latency Assessment

Keyphrases

• Physical Layer Security 100%
• Radio Systems 100%
• 5G NR 100%
• E2E Latency 100%
• System Latency 100%
• Information Theory 80%
• Security Layers 40%
• Lower Layer 20%
• Latency 20%
• Precoding 20%
• User Equipment 20%
• Physical Layer 20%
• Wiretap Codes 20%
• Protocol Stack 20%
• Software Defined Radio 20%
• Over the Air 20%
• Modular Coding Scheme 20%
• Universal Hash Function 20%
• Flexible Integration 20%
• Network Reliability 20%
• Airborne Transmission 20%
• Downlink Control Information 20%
• Physical Downlink Control Channel (PDCCH) 20%
• Laboratory Environment 20%
• 3rd Generation Partnership Project (3GPP) 20%
• Radio Protocol 20%

Engineering

• Radio System 100%
• Physical Layer Security 100%
• Main Advantage 20%
• Software Defined Radio 20%
• Control Information 20%
• Coding Scheme 20%
• Control Channel 20%
• Protocol Stack 20%

Computer Science

• Physical Layer Security 100%
• Open Source 20%
• Laboratory Environment 20%
• precoding 20%
• Physical Layer 20%
• Protocol Stack 20%
• Universal Hash Function 20%
• software-defined radio 20%
• Downlink Control Channel 20%
• Control Information 20%