The exponential demand of telecommunication traffic require the development of different forecasting models in order to help industry players to plan for the future. The available forecasting traffic models are mostly developed for single-input single-output traffic data. The study applies multiple-input multiple-output (MIMO) radial basis neural network (RBFNN) model to instantaneously forecast five different time spans of telecommunication network traffic obtained from 4G and 3G networks operators. The data was taken from 3G uplink hourly, 3G daily voice, 4G weekly, 3G downlink monthly and 3G downlink quarterly from 2015 to 2017. The results prove that MIMO RBFNN (5-10-5) gives higher prediction accuracy than the other three MIMO models w...
Communication service providers (CSPs) face enormous pressure to cope up with the massive demand for...
The progress of mobile communication is relentlessly increasing. New mobile technologies and the amo...
In this thesis we forecast the future signal strength of base stations in mobile networks. Better fo...
Access to information is now growing in line with the increasing demand for data traffic. One part o...
The number of users and their network utilization will enumerate the traffic of the network. The acc...
The purpose of this project is to evaluate the performance of a forecasting model based on a multiva...
In a wireless network environment accurate and timely estimation or prediction of network traffic ha...
This paper presents an approach for predicting daily network traffic using artificial neural network...
With the rapid development of wireless networks, more and more online services significantly raise m...
—Forecasting is a task of ever increasing importance for the operation of mobile networks, where it ...
Predictive analysis on mobile network traffic is becoming of fundamental importance for the next gen...
International audienceThe upcoming mobile core network (5G) is expected to support Enhanced Mobile ...
Network traffic forecasting estimates future network traffic based on historical traffic observation...
The optimization of mobile network capacity usage is an essential operation to promote positive retu...
Abstract Wireless cellular traffic prediction is a critical issue for researchers and practitioners ...
Communication service providers (CSPs) face enormous pressure to cope up with the massive demand for...
The progress of mobile communication is relentlessly increasing. New mobile technologies and the amo...
In this thesis we forecast the future signal strength of base stations in mobile networks. Better fo...
Access to information is now growing in line with the increasing demand for data traffic. One part o...
The number of users and their network utilization will enumerate the traffic of the network. The acc...
The purpose of this project is to evaluate the performance of a forecasting model based on a multiva...
In a wireless network environment accurate and timely estimation or prediction of network traffic ha...
This paper presents an approach for predicting daily network traffic using artificial neural network...
With the rapid development of wireless networks, more and more online services significantly raise m...
—Forecasting is a task of ever increasing importance for the operation of mobile networks, where it ...
Predictive analysis on mobile network traffic is becoming of fundamental importance for the next gen...
International audienceThe upcoming mobile core network (5G) is expected to support Enhanced Mobile ...
Network traffic forecasting estimates future network traffic based on historical traffic observation...
The optimization of mobile network capacity usage is an essential operation to promote positive retu...
Abstract Wireless cellular traffic prediction is a critical issue for researchers and practitioners ...
Communication service providers (CSPs) face enormous pressure to cope up with the massive demand for...
The progress of mobile communication is relentlessly increasing. New mobile technologies and the amo...
In this thesis we forecast the future signal strength of base stations in mobile networks. Better fo...