Journal article Open Access

Assessing the Implications of Cellular Network Performance on Mobile Content Access

Kaup, Fabian; Michelinakis,, Foivos; Bui, Nicola; Widmer, Joerg; Wac, Katarzyna; Hausheer, David

Mobile applications such as VoIP, (live) gaming, or video streaming have diverse QoS requirements ranging from low delay to high throughput. The optimization of the network quality experienced by end-users requires detailed knowledge of the expected network performance. Also, the achieved service quality is affected by a number of factors, including network operator and available technologies. However, most studies measuring the cellular network do not consider the performance implications of network configuration and management. To this end, this paper reports about an extensive data set of cellular network measurements, focused on analyzing root causes of mobile network performance variability. Measurements conducted on a 4G cellular network in Germany show that management and configuration decisions have a substantial impact on the performance. Specifically, it is observed that the association of mobile devices to a Point of Presence (PoP) within the operator’s network can influence the end-to-end performance by a large extent. Given the collected data, a model predicting the PoP assignment and its resulting RTT leveraging Markov Chain and machine learning approaches is developed. RTT increases of 58% to 73% compared to the optimum performance are observed in more than 57% of the measurements. Measurements of the response and page load times of popular websites lead to similar results, namely a median increase of 40% between the worst and the best performing PoP.

Files (4.2 MB)
Name Size
Assessing_Implications_Cellular_Network_2016_EN.pdf
md5:79a0bf55873b5f1eccd0c0c09d0d5986
4.2 MB Download
28
4
views
downloads
Views 28
Downloads 4
Data volume 16.6 MB
Unique views 28
Unique downloads 3

Share

Cite as