End-to-End Learning of Neuromorphic Wireless Systems for Low-Power Edge Artificial Intelligence

Keyphrases

• Wireless Systems 100%
• Low Power 100%
• Spiking Neural Networks 100%
• Neuromorphic 100%
• Edge AI 100%
• Impulse Radio 66%
• Remote Sensing 33%
• Latency 33%
• Wireless 33%
• Low Latency 33%
• Joint Source-channel Coding 33%
• Neural Network 33%
• Time-encoded 33%
• Autoencoder 33%
• Received Signal 33%
• Encoder 33%
• Decoder 33%
• Frequence 33%
• Frame-based 33%
• System Events 33%
• Selective Channels 33%
• Training Procedure 33%
• Uncoded Transmission 33%
• Probabilistic Spiking Neural Networks 33%
• Neuromorphic Sensing 33%
• Remote Inference 33%
• Neuromorphic Sensors 33%
• Low Power Solutions 33%
• Synchronous Frame 33%
• Remote Communication 33%
• Edge Architecture 33%
• Asynchronous Times 33%
• Pulse-modulated 33%
• Hard Detection 33%

Computer Science

• Wireless System 100%
• Artificial Intelligence 100%
• Neural Network 100%
• impulse radio 50%
• Data Stream 25%
• joint source channel coding 25%
• Autoencoder 25%
• Uncoded Transmission 25%