Pinned Repositories
5G_Energy_Consumption_Base_Model
Welcome to the 5G Energy Consumption Base Model repository! This project aims to analyze and model the energy consumption of 5G networks, providing insights and tools to optimize energy efficiency
Deep-JSCC-for-images-with-OFDM
Codes for "Deep Joint Source Channel Coding for Wireless Image Transmission with OFDM", accepted by ICC 2021
Energy_Consumption_Modelling_5G
the energy consumption challenges posed by 5G networks despite their higher energy efficiency compared to 4GtheThe energy consumption challenges posed by 5G networks despite their higher energy efficiency compared to 4G.
OFDM-guided-JSCC
Code for paper 'OFDM-guided Deep Joint Source Channel Coding for Wireless Multipath Fading Channels', IEEE TCCN
WURx
This project includes the main PCB design as well as the software for a semi-active Wake-up Receiver with addressing capabilities.
GO555555's Repositories
GO555555/5G_Energy_Consumption_Base_Model
Welcome to the 5G Energy Consumption Base Model repository! This project aims to analyze and model the energy consumption of 5G networks, providing insights and tools to optimize energy efficiency
GO555555/Energy_Consumption_Modelling_5G
the energy consumption challenges posed by 5G networks despite their higher energy efficiency compared to 4GtheThe energy consumption challenges posed by 5G networks despite their higher energy efficiency compared to 4G.
GO555555/Deep-JSCC-for-images-with-OFDM
Codes for "Deep Joint Source Channel Coding for Wireless Image Transmission with OFDM", accepted by ICC 2021
GO555555/WURx
This project includes the main PCB design as well as the software for a semi-active Wake-up Receiver with addressing capabilities.
GO555555/OFDM-guided-JSCC
Code for paper 'OFDM-guided Deep Joint Source Channel Coding for Wireless Multipath Fading Channels', IEEE TCCN