Deep Learning Boosts Terahertz Communication Via Intelligent Surface

To login click here

A team of researchers has introduced a novel physical signal processing method that leverages deep learning to enhance the capabilities of reconfigurable intelligent surfaces in terahertz communication systems.

Read the full article here: www.miragenews.com | Report Post

Deep Learning Boosts Terahertz Communication Via Intelligent Surface

Interview With Raffaele Galliera: Deep Reinforcement Learning For Communication Networks

Classification Of Hand And Wrist Movements Via Surface Electromyogram Using The Random Convolutional Kernels Transform

Revolutionizing Gm Rice Seed Detection: Novel Spectral Phenotyping And Deep Learning Approach Unveiled

Recent Advances And Challenges Of Satellite And Aerial Communication Networks

Wide Dynamic Range And Real-time Reagent Identification And Imaging Using Multi-wavelength Terahertz Parametric Generation And Machine Learning

A Reconfigurable Graphene Patch Antenna Inverse Design At Terahertz Frequencies

Subscribe to Updates

Deep Learning Boosts Terahertz Communication Via Intelligent Surface

Related Posts

Interview With Raffaele Galliera: Deep Reinforcement Learning For Communication Networks

Classification Of Hand And Wrist Movements Via Surface Electromyogram Using The Random Convolutional Kernels Transform

Revolutionizing Gm Rice Seed Detection: Novel Spectral Phenotyping And Deep Learning Approach Unveiled

Recent Advances And Challenges Of Satellite And Aerial Communication Networks

Wide Dynamic Range And Real-time Reagent Identification And Imaging Using Multi-wavelength Terahertz Parametric Generation And Machine Learning

A Reconfigurable Graphene Patch Antenna Inverse Design At Terahertz Frequencies