Envisioning Physical Layer Flexibility Through the Power of Machine-Learning

Keyphrases

• Machine Learning 100%
• Radio Frequency 100%
• Physical Layer 100%
• Hardware Accelerator 100%
• Feature Space 50%
• Signal Processing 50%
• Radio Communication 50%
• Bit Error Rate Performance 50%
• End System 50%
• Practical Implementation 50%
• Hardware Configuration 50%
• Communication Signal Processing 50%
• ML Accelerator 50%
• Processing pipeline 50%
• Simulation System 50%
• Software Defined Radio 50%
• AI-based Methods 50%
• Optimization Modification 50%
• Feature Weight 50%
• Hybrid Architecture 50%
• Accelerator Hardware 50%
• Learning Domains 50%
• Domain Operations 50%
• ML pipeline 50%
• AI Accelerator 50%
• Adaptive Radio 50%
• Receiver Synchronization 50%
• Space Quantization 50%
• Performance Studies 50%
• Space Grade 50%
• Weight Quantization 50%

Computer Science

• Physical Layer 100%
• Machine Learning 100%
• Learning System 100%
• Artificial Intelligence 40%
• Speed-up 20%
• Feature Space 20%
• Hardware Accelerator 20%
• Hardware Configuration 20%
• Hybrid Architecture 20%
• software-defined radio 20%
• Signal Processing in Communications 20%
• Simulated System 20%
• Computer Hardware 20%
• Field Programmable Gate Arrays 20%