A Game Theoretic Distributed Algorithm for FeICIC Optimization in LTE-A HetNets

Liu, Ye; Chen, Chung Shue; Sung, Chi Wan; Singh, Chandramani

doi:10.1109/tnet.2017.2748567

Cited by 24 publications

(26 citation statements)

References 22 publications

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“…The best response dynamics solves an exact potential game by iteratively finding the strategies that maximize the payoff functions of the players selected in each iteration [6]. We provide a distributed algorithm that jointly optimizes the ABS patterns and CSB values in HetNets.…”

Section: A Exact Potential Game Formulationmentioning

confidence: 99%

“…The use of ABS patterns can help reduce the interference from macrocells to picocells. To achieve the maximum possible performance gain using eICIC, joint optimization in ABS patterns and CSB values is required [6]. However, by ceasing transmission at certain timeslots using ABS, the eICIC can reduce the proper utilization of macrocell resources.…”

Section: Introductionmentioning

confidence: 99%

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eICIC Optimization Improvements in Downlink Resource Allocation in LTE-A HetNets

Moreira

Silva

Guardiero

2020

JCIS

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Resource allocation mechanisms and management of inter-cell interference coordination (ICIC) are fundamental characteristics of the LTE-A network for achieving maximum capacity. Cell densification serves as a promising candidate solution for meeting the demand posed by mobile users, as well as optimizing coverage. However, the transmit power difference between the introduced picocells and the legacy macrocells essentially leads to challenges that limits system performance, especially for those users located at the edge of the cell. As a means of providing a clear understanding, the authors thus formulate the optimization problem as game theory, in order to maximize a modified utility function, which aims at making improvements on the eICIC. Based on exact potential game formulation, we optimize almost blank subframe (ABS) and cell selection bias (CSB) settings for both macrocells and picocells in a distributed manner. Simulation results illustrate important performance gains on the service fairness of the users, and especially for cell edge users, where the averaged throughput increases by up to 51%, when compared to eICIC optimization without our modified utility function.

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Section: A Exact Potential Game Formulationmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

eICIC Optimization Improvements in Downlink Resource Allocation in LTE-A HetNets

Moreira

Silva

Guardiero

2020

JCIS

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“…Uma abordagem similar também foi empregada no trabalho apresentado em [Liu et al 2017] utilizando Game Theory. Os autores desenvolvem um escalonador downlink baseado no algoritmo Cake Cutting que supera o desempenho dos algoritmos de otimização em comparação com escalonadores convencionais.…”

Section: Revisão Da Literaturaunclassified

“…Para avaliar o desempenho das técnicas de ICIC, um ambiente de simulação no software MATLAB foi modelado com referência no trabalho em [Liu et al 2017]. A Tabela 2 apresenta os principais parâmetros de simulação, os quais são baseados no trabalho descrito em [Yassin et al 2017].…”

Section: Ambiente De Simulaçãounclassified

Técnicas de Coordenação de Interferência Inter-Celular para Redes Heterogêneas no Downlink LTE-A

Moreira

Silva

Guardieiro

2019

Anais Do XXXVII Simpósio Brasileiro De Redes De Computadores E Sistemas Distribuídos (SBRC 2019)

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Future generation cellular networks are expected to provide broad-band access to a continuously growing number of mobile users. The densification of cellular networks is necessary to increase their capacity and improve spectral efficiency, however, in these systems, ICI still represents a real challenge that limits system performance, especially for users located at the edge of the cell. This paper briefly reviews the ICIC techniques in the downlink LTE-A of mobile cellular networks as an approach to alleviate the impact of interference and improve performance. The simulation results show the advantages and limitations of the eICIC and FeICIC techniques compared to the model without interference control.

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“…Interference mitigation and spectral efficiency enhancement is studied using feICIC for mission critical UAV‐assisted public safety communication HetNet in the work of Kumbhar et al Cell range expansion (CRE) is applied in it and jointly optimized the intercell interference coordination parameters using genetic algorithm. An exact potential game framework is proposed in the work of Liu et al for performing both eICIC and feICIC optimization in LTE‐A HetNets. Akhtar et al presented self‐optimizing and self‐healing technique that utilizes Q‐learning and fuzzy Q‐learning algorithm for the objectives of enhancing the network capacity and spectral efficiency.…”

Section: Literature Reviewmentioning

confidence: 99%

Intelligent spectral efficiency and energy efficiency enhancement in LTE‐Advanced heterogeneous networks

Mudassir

Akhtar

Kamel

et al. 2018

Trans Emerging Tel Tech

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This paper addresses enhancing green network evolution by femto cell densification in LTE‐Advanced heterogeneous networks (LTE HetNets). Previously, spectral efficiency has been the key performance indicator, but because of increased atmospheric radiations nowadays, energy efficiency maximization has also become the major concern for network providers. A major cause of degradation in spectral efficiency and energy efficiency is intercell interference in co‐channel deployment. The key to improve spectral efficiency and energy efficiency in LTE‐HetNet is intercell interference mitigation. In this paper, we have analyzed LTE‐HetNet from indoor and outdoor perspectives. We have proposed an intelligent fuzzy‐based reduced power time‐domain resource partitioning scheme to mitigate the interference level of victim macro users. The proposed intelligent technique is also helpful to maintain the fairness among femto cell users, which has not been considered in many previous studies. The simulation results have shown that the proposed method improved the overall spectral efficiency and energy efficiency of the system.

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A Game Theoretic Distributed Algorithm for FeICIC Optimization in LTE-A HetNets

Cited by 24 publications

References 22 publications

eICIC Optimization Improvements in Downlink Resource Allocation in LTE-A HetNets

eICIC Optimization Improvements in Downlink Resource Allocation in LTE-A HetNets

Técnicas de Coordenação de Interferência Inter-Celular para Redes Heterogêneas no Downlink LTE-A

Intelligent spectral efficiency and energy efficiency enhancement in LTE‐Advanced heterogeneous networks

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