Channel-optimized information bottleneck design for signal forwarding and discrete decoding in cloud-RAN
T Monsees, D Wübben… - SCC 2019; 12th …, 2019 - ieeexplore.ieee.org
We consider the single user uplink of a Cloud Radio Access Network where a single radio
access point forwards quantized received signals to the central unit. The focus of our …
access point forwards quantized received signals to the central unit. The focus of our …
Channel-Optimized Information Bottleneck Design for Signal Forwarding and Discrete Decoding in Cloud-RAN
T Monsees, D Wuebben, A Dekorsy - vde-verlag.de
We consider the single user uplink of a Cloud Radio Access Network where a single radio
access point forwards quantized received signals to the central unit. The focus of our …
access point forwards quantized received signals to the central unit. The focus of our …
[PDF][PDF] Channel-Optimized Information Bottleneck Design for Signal Forwarding and Discrete Decoding in Cloud-RAN
T Monsees, D Wübben, A Dekorsy - researchgate.net
We consider the single user uplink of a Cloud Radio Access Network where a single radio
access point forwards quantized received signals to the central unit. The focus of our …
access point forwards quantized received signals to the central unit. The focus of our …
[PDF][PDF] Channel-Optimized Information Bottleneck Design for Signal Forwarding and Discrete Decoding in Cloud-RAN
T Monsees, D Wübben, A Dekorsy - ant.uni-bremen.de
We consider the single user uplink of a Cloud Radio Access Network where a single radio
access point forwards quantized received signals to the central unit. The focus of our …
access point forwards quantized received signals to the central unit. The focus of our …