Publication result detail

Transmit optimization for the MISO multicast interference channel

SCHWARZ, S.; RUPP, M.

Original Title

Transmit optimization for the MISO multicast interference channel

English Title

Transmit optimization for the MISO multicast interference channel

Type

WoS Article

Original Abstract

In this article, we consider multiple-input singleoutput (MISO) physical layer multicasting, where several multiantenna transmitters each simultaneously multicast a common message to a distinct set of single-antenna receivers, causing interference between different multicast messages. To optimize the achievable rate of this MISO multicast interference channel, we propose iterative distributed transmit optimization algorithms that are based on interference leakage control, requiring local channel state information at each transmitter and leakage information exchange among transmitters. We furthermore propose extensions of existing coordinated multipoint transmission schemes that have been developed for unicast interference channels, such as signal to leakage and noise ratio beamforming, to the considered multicast system. Such methods are of importance, e.g., for future releases of LTE that will support multi-antenna multicasting using MBMS/MBSFN. Numerical simulations confirm the potential of the proposed distributed transmit optimization algorithm.

English abstract

In this article, we consider multiple-input singleoutput (MISO) physical layer multicasting, where several multiantenna transmitters each simultaneously multicast a common message to a distinct set of single-antenna receivers, causing interference between different multicast messages. To optimize the achievable rate of this MISO multicast interference channel, we propose iterative distributed transmit optimization algorithms that are based on interference leakage control, requiring local channel state information at each transmitter and leakage information exchange among transmitters. We furthermore propose extensions of existing coordinated multipoint transmission schemes that have been developed for unicast interference channels, such as signal to leakage and noise ratio beamforming, to the considered multicast system. Such methods are of importance, e.g., for future releases of LTE that will support multi-antenna multicasting using MBMS/MBSFN. Numerical simulations confirm the potential of the proposed distributed transmit optimization algorithm.

Keywords

CoMP, distributed optimization, leakage based precoding, physical layer multicasting, semi-definite relaxation

Key words in English

CoMP, distributed optimization, leakage based precoding, physical layer multicasting, semi-definite relaxation

Authors

SCHWARZ, S.; RUPP, M.

RIV year

2016

Released

03.11.2015

ISBN

0090-6778

Periodical

IEEE TRANSACTIONS ON COMMUNICATIONS

Volume

PP

Number

99

State

United States of America

Pages from

1

Pages to

14

Pages count

14

BibTex

@article{BUT118996,
  author="Stefan {Schwarz} and Markus {Rupp}",
  title="Transmit optimization for the MISO multicast interference channel",
  journal="IEEE TRANSACTIONS ON COMMUNICATIONS",
  year="2015",
  volume="PP",
  number="99",
  pages="1--14",
  doi="10.1109/TCOMM.2015.2497231",
  issn="0090-6778"
}