The evolution of computer networks has been remarkable, and it has become undeniable that their impact on modern life is significant. With the increasing number of internet …
The Shannon capacity predicts the theoretical maximum rate of information transfer through a channel, at a given noise level. However, this concept has limited application in LTE …
The current network information asymmetry is infringing the interests of end users in non- neutral network environment. To empower users, application-level performance …
K ISHIBASHI, M AIDA… - IEICE TRANSACTIONS on …, 2003 - search.ieice.org
We previously proposed a change-of-measure based performance measurement method which combines active and passive measurement to estimate performance experienced by …
A Vakili, JC Grégoire - International Journal on Advances in Networks and …, 2012 - Citeseer
For network service providers, assessing and monitoring network parameters according to a Service Level Agreement and optimal usage of resources is important. Packet loss is one of …
H Lan, W Ding, YM Zhang - KSII Transactions on Internet and …, 2019 - koreascience.kr
Estimating loss rates with the packet traces captured from some point in the middle of the network has received much attention within the research community. Meanwhile, existing …
M Fiedler, S Chevul, O Radtke, K Tutschku… - 19th International …, 2005 - diva-portal.org
Based on the need for distributed end-to-end quality management for next generation Internet services, this paper presents a ready-to-deploy quality assessment concept for the …
X XU - Journal of Beijing University of Posts and …, 2009 - journal.bupt.edu.cn
A statistical model for packet transmission probability is proposed to detect network bottleneck link in the field of statistical inference of network link level loss. The model …
H Lan, J Xu, Q Wang, W Ding - Symmetry, 2021 - mdpi.com
This paper is devoted to further strengthening, in the current asymmetric information environment, the informed level of operators about network performance. Specifically, in …