A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network

Zihan Luo; Simon M D Armour; Joe P McGeehan

A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network

Zihan Luo, Simon M D Armour, Joe P McGeehan

Communication Systems and Networks

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

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Abstract

This paper investigates radio resource scheduling for a sectorized cellular co-operative network. A method based on a scheduling matrix is proposed and
implemented to get the optimal solution for resource block scheduling in a cellular network and the resulting optimal cases show three types of transmission: full cooperation, non-cooperation and 2/3 reuse. According to the results of the optimal solution, a low-complex location-based algorithm which aims to maximize the total network bandwidth efficiency is then proposed. The results from the proposed algorithm show that it can achieve nearly 99% of the optimal bandwidth efficiency whilst reducing the complexity significantly.

Original language	English
Title of host publication	2nd International Conference on Wireless Communication Systems and Networks (MIC-Wireless 2015)
Place of Publication	Barcelona
Publisher	Moshakara
Number of pages	6
Publication status	Published - 7 Aug 2015

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@inproceedings{8abb7a179dae4a85a5fe94fdf2349932,

title = "A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network",

abstract = "This paper investigates radio resource scheduling for a sectorized cellular co-operative network. A method based on a scheduling matrix is proposed and implemented to get the optimal solution for resource block scheduling in a cellular network and the resulting optimal cases show three types of transmission: full cooperation, non-cooperation and 2/3 reuse. According to the results of the optimal solution, a low-complex location-based algorithm which aims to maximize the total network bandwidth efficiency is then proposed. The results from the proposed algorithm show that it can achieve nearly 99\% of the optimal bandwidth efficiency whilst reducing the complexity significantly. ",

author = "Zihan Luo and Armour, \{Simon M D\} and McGeehan, \{Joe P\}",

year = "2015",

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language = "English",

booktitle = "2nd International Conference on Wireless Communication Systems and Networks (MIC-Wireless 2015)",

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A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network. / Luo, Zihan; Armour, Simon M D; McGeehan, Joe P.
2nd International Conference on Wireless Communication Systems and Networks (MIC-Wireless 2015). Barcelona: Moshakara, 2015.

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

TY - GEN

T1 - A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network

AU - Luo, Zihan

AU - Armour, Simon M D

AU - McGeehan, Joe P

PY - 2015/8/7

Y1 - 2015/8/7

N2 - This paper investigates radio resource scheduling for a sectorized cellular co-operative network. A method based on a scheduling matrix is proposed and implemented to get the optimal solution for resource block scheduling in a cellular network and the resulting optimal cases show three types of transmission: full cooperation, non-cooperation and 2/3 reuse. According to the results of the optimal solution, a low-complex location-based algorithm which aims to maximize the total network bandwidth efficiency is then proposed. The results from the proposed algorithm show that it can achieve nearly 99% of the optimal bandwidth efficiency whilst reducing the complexity significantly.

AB - This paper investigates radio resource scheduling for a sectorized cellular co-operative network. A method based on a scheduling matrix is proposed and implemented to get the optimal solution for resource block scheduling in a cellular network and the resulting optimal cases show three types of transmission: full cooperation, non-cooperation and 2/3 reuse. According to the results of the optimal solution, a low-complex location-based algorithm which aims to maximize the total network bandwidth efficiency is then proposed. The results from the proposed algorithm show that it can achieve nearly 99% of the optimal bandwidth efficiency whilst reducing the complexity significantly.

M3 - Conference Contribution (Conference Proceeding)

BT - 2nd International Conference on Wireless Communication Systems and Networks (MIC-Wireless 2015)

PB - Moshakara

CY - Barcelona

ER -

A Radio Resource Scheduling Algorithm for a Sectorized Cellular Co-operative Network

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