A Performance Evaluation of WLAN-Femtocell-LTE beyond the Capacity Crunch. Does Femtocell have to overcome WLAN or can they coexist in HetNets?

Silva, Ketyllen Da Costa; Araújo, Jasmine Priscyla Leite de; Francês, Carlos Renato Lisboa

doi:10.1590/2179-10742016v15i4747

Cited by 2 publications

(1 citation statement)

References 14 publications

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“…It randomly divides the load over the servers and generates a random number for selecting a server with sending the current connection to it. The system has a set of load balanced servers, and a random number generator is used for determining which server gets the next connection (Silva et al, 2016).…”

Section:  Randommentioning

confidence: 99%

A Study of QoS in an Integrated Architecture of WLAN and Hetnet Based LTE-A

Arif

Yahiya

2021

EAJSE

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In this paper, an integration architecture based on loose coupling concept between WiFi and LTE heterogeneous networks (HetNet) was proposed. The ultimate objective is to investigate the feasibility and the practicality of the design through investigating the performance measures for different applications in the network. As well, a functionality of the load balancing was deployed in the architecture in order to prove that the architecture is flexible and can be opened to any further functionality. The architecture was built and simulated using riverbed network simulator. It was proved that the architecture is working appropriately, and the connectivity of the different technologies were demonstrated by applications communication with each other's in the architecture. Along with, different existing load balancer algorithms were tested on the architecture and numerical results were obtained demonstrating that algorithm is better.

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Section:  Randommentioning

confidence: 99%

A Study of QoS in an Integrated Architecture of WLAN and Hetnet Based LTE-A

Arif

Yahiya

2021

EAJSE

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LTE Capacity Estimation with Changing Different Planning Parameters

Al-Hilfi¹,

Abbas²

2020

jcm

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Capacity improvement is the essential advantages in 4th generation mobile systems which called Long-Term Evolution (LTE). The maximum data transmission rate of LTE cell is 100 Mb/s in downlink direction and 50Mb/s in uplink, and this rate can be enhanced with deploying different techniques like MIMO, carrier aggregation, and many others. Because of that 4G-LTE mobile network is considered pure packet switching, there are many parameters which affect the maximum cell capacity. This study will evaluate the result of changing many parameters on the maximum mobile cell capacity. The aim is to extract the best values of the different parameters to maximize LTE mobile cell capacity.

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A Performance Evaluation of WLAN-Femtocell-LTE beyond the Capacity Crunch. Does Femtocell have to overcome WLAN or can they coexist in HetNets?

Cited by 2 publications

References 14 publications

A Study of QoS in an Integrated Architecture of WLAN and Hetnet Based LTE-A

A Study of QoS in an Integrated Architecture of WLAN and Hetnet Based LTE-A

LTE Capacity Estimation with Changing Different Planning Parameters

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