Identification over Compound MIMO Broadcast Channels

10/28/2021
by   Johannes Rosenberger, et al.
0

The identification (ID) capacity region of the compound broadcast channel is determined under an average error criterion, where the sender has no channel state information. We give single-letter ID capacity formulas for discrete channels and MIMO Gaussian channels, under an average input constraint. The capacity theorems apply to general broadcast channels. This is in contrast to the transmission setting, where the capacity is only known for special cases, notably the degraded broadcast channel and the MIMO broadcast channel with private messages. Furthermore, the ID capacity region of the compound MIMO broadcast channel is in general larger than the transmission capacity region. This is a departure from the single-user behavior of ID, since the ID capacity of a single-user channel equals the transmission capacity.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
01/26/2022

Identification Over Quantum Broadcast Channels

Identification over quantum broadcast channels is considered. As opposed...
research
05/11/2023

Joint Identification and Sensing for Discrete Memoryless Channels

In the identification (ID) scheme proposed by Ahlswede and Dueck, the re...
research
04/08/2019

Analysis of Transmission Rate of Wireless Networks under the Broadcast Approach with Continuum of Transmission Layers

In this letter, we characterize the performance of broadcast approach wi...
research
12/22/2022

Channel Simulation: Finite Blocklengths and Broadcast Channels

We study channel simulation under common randomness-assistance in the fi...
research
01/18/2021

The Broadcast Approach in Communication Networks

This paper reviews the theoretical and practical principles of the broad...
research
07/27/2020

Covert Identification over Binary-Input Memoryless Channels

This paper considers the covert identification problem in which a sender...
research
12/23/2017

Multiaccess Communication via a Broadcast Approach Adapted to the Multiuser Channel

A broadcast strategy for multiple access communication over slowly fadin...

Please sign up or login with your details

Forgot password? Click here to reset