Feasibility of Backward Compatible MIMO Broadcasting: Issues in SISO-MIMO Coexistence

This paper introduces the application of backward compatible (B-Comp) MIMO for simultaneously supporting inter-tower communications network (ITCN) and legacy digital television (DTV) service. In B-Comp MIMO systems, SISO and MIMO broadcasting are overlaid on the same frequency, where the SISO transm...

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Published inIEEE transactions on broadcasting Vol. 69; no. 2; pp. 589 - 609
Main Authors Kang, Jinkyu, Park, Sung-Ik, Jung, Hoiyoon, Hur, Namho, Ahn, Sungjun
Format Journal Article
LanguageEnglish
Published New York IEEE 01.06.2023
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Backward compatible MIMO
Broadcasting
Configuration management
cross-polarized MIMO
Digital broadcasting
Digital television
Digital TV
in-band distribution link
Inspection
inter-tower communications
layered division multiplexing
Mathematical models
MIMO communication
Multiplexing
Performance degradation
Physical layer
Poles and towers
Qualitative analysis
Time division multiplexing
Transmitting antennas
wireless backhaul
Online AccessGet full text
ISSN0018-9316
1557-9611
DOI10.1109/TBC.2023.3264863

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Abstract This paper introduces the application of backward compatible (B-Comp) MIMO for simultaneously supporting inter-tower communications network (ITCN) and legacy digital television (DTV) service. In B-Comp MIMO systems, SISO and MIMO broadcasting are overlaid on the same frequency, where the SISO transmission is subject to compliance with legacy system protocol. In this work, the several configurations of B-Comp MIMO are proposed in terms of physical layer multiplexing (e.g., layered or time-division multiplexing) and antenna assignment in legacy transmission, and accordingly, system-specific issues on each configuration affecting the performance degradation or practical realization are discovered. Moreover, the spectral efficiency performance of each configuration is derived and analyzed under the system-specific issues in terms of the achievable throughput for ITCN while guaranteeing the legacy service's requirements. Through such investigations with qualitative inspections, theoretic analysis, and numerical simulations, practical observations are modeled in a theoretic framework, and performance-objected tradeoffs are explicitly revealed to allow insightful decisions to answer which configuration is optimal for each use case. Lastly, the performance penalties from pilot-related limitations are delved into and hence a comprehensive inspection is allowed in a practical view.
AbstractList This paper introduces the application of backward compatible (B-Comp) MIMO for simultaneously supporting inter-tower communications network (ITCN) and legacy digital television (DTV) service. In B-Comp MIMO systems, SISO and MIMO broadcasting are overlaid on the same frequency, where the SISO transmission is subject to compliance with legacy system protocol. In this work, the several configurations of B-Comp MIMO are proposed in terms of physical layer multiplexing (e.g., layered or time-division multiplexing) and antenna assignment in legacy transmission, and accordingly, system-specific issues on each configuration affecting the performance degradation or practical realization are discovered. Moreover, the spectral efficiency performance of each configuration is derived and analyzed under the system-specific issues in terms of the achievable throughput for ITCN while guaranteeing the legacy service's requirements. Through such investigations with qualitative inspections, theoretic analysis, and numerical simulations, practical observations are modeled in a theoretic framework, and performance-objected tradeoffs are explicitly revealed to allow insightful decisions to answer which configuration is optimal for each use case. Lastly, the performance penalties from pilot-related limitations are delved into and hence a comprehensive inspection is allowed in a practical view.
Author Park, Sung-Ik
Ahn, Sungjun
Hur, Namho
Jung, Hoiyoon
Kang, Jinkyu
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SubjectTerms Backward compatible MIMO
Broadcasting
Configuration management
cross-polarized MIMO
Digital broadcasting
Digital television
Digital TV
in-band distribution link
Inspection
inter-tower communications
layered division multiplexing
Mathematical models
MIMO communication
Multiplexing
Performance degradation
Physical layer
Poles and towers
Qualitative analysis
Time division multiplexing
Transmitting antennas
wireless backhaul
Title Feasibility of Backward Compatible MIMO Broadcasting: Issues in SISO-MIMO Coexistence
URI https://ieeexplore.ieee.org/document/10106114
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Volume 69
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