Network planning tool based on network classification and load prediction
Seif eddine Hammami, Hossam Afifi, Michel Marot, Vincent Gauthier

TL;DR
This paper presents a network planning tool that leverages CDR analysis, classification, and load prediction using SVM and SVR algorithms to optimize cellular network planning.
Contribution
It introduces an integrated approach combining classification and load prediction algorithms for improved network planning.
Findings
Classification accuracy of traffic classes using SVM and K-means
Effective load prediction with SVR for online traffic forecasting
Enhanced network planning capabilities for cellular operators
Abstract
Real Call Detail Records (CDR) are analyzed and classified based on Support Vector Machine (SVM) algorithm. The daily classification results in three traffic classes. We use two different algorithms, K-means and SVM to check the classification efficiency. A second support vector regression (SVR) based algorithm is built to make an online prediction of traffic load using the history of CDRs. Then, these algorithms will be integrated to a network planning tool which will help cellular operators on planning optimally their access network.
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Taxonomy
TopicsHuman Mobility and Location-Based Analysis · Wireless Communication Networks Research · Network Security and Intrusion Detection
