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Optimizing Quantize-Map-and-Forward Relaying for Gaussian Diamond Networks

Christina Fragouli, Ayan Sengupta, I-Hsiang Wang

We evaluate the information-theoretic achievable rates of Quantize-Map-and-Forward (QMF) relaying schemes over Gaussian

N

-relay diamond networks. Focusing on vector Gaussian quantization at the relays, our goal is to understand how close to the cutset up ...

2012

I-Hsiang Wang

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Cooperative Relaying at Finite SNR-Role of Quantize-Map-and-Forward

Cooperative Relaying at Finite SNR–-Role of Quantize-Map-and-Forward

QUILT: A Decode/Quantize-Interleave-Transmit Approach to Cooperative Relaying

Optimizing Quantize-Map-and-Forward in Slow Fading Relay Networks

Interference Channels with Bursty Traffic and Delayed Feedback

Feedback Increases the Degrees of Freedom of Two Unicast Gaussian Networks

Optimizing Quantize-Map-and-Forward Relaying for Gaussian Diamond Networks

On Two Unicast Wireless Networks with Destination-to-Source Feedback

Optimizing Quantize-Map-and-Forward Relaying for Gaussian Diamond Networks

Approximate Capacity of the Dirty Multiple-Access Channel With Partial State Information at the Encoders

Feedback Increases the Degrees of Freedom of Two Unicast Gaussian Networks

QUILT: A Decode/Quantize-Interleave-Transmit Approach to Cooperative Relaying

Cooperative Relaying at Finite SNR–-Role of Quantize-Map-and-Forward

Optimizing Quantize-Map-and-Forward Relaying for Gaussian Diamond Networks

Cooperative Relaying at Finite SNR-Role of Quantize-Map-and-Forward

Optimizing Quantize-Map-and-Forward in Slow Fading Relay Networks

Interference Channels with Bursty Traffic and Delayed Feedback

On Two Unicast Wireless Networks with Destination-to-Source Feedback

Optimizing Quantize-Map-and-Forward Relaying for Gaussian Diamond Networks

Approximate Capacity of the Dirty Multiple-Access Channel With Partial State Information at the Encoders