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Understanding end-user perception of network problems
Author(s) -
J. Scott Miller,
Amit Kumar Mondal,
Rahul Potharaju,
Peter A. Dinda,
Aleksandar Kuzmanovic
Publication year - 2011
Publication title -
citeseer x (the pennsylvania state university)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.1145/2018602.2018613
Subject(s) - computer science , perception , toolchain , end user , quality (philosophy) , network performance , human–computer interaction , computer network , data mining , world wide web , operating system , philosophy , software , epistemology , neuroscience , biology
It is widely assumed that certain network characteristics cause end-user irritation with network performance. These assumptions then drive the selection of quality of service parameters or the goals of adaptive systems. We have developed a methodology and toolchain, SoylentLogger, that employs user studies to empirically investigate such assumptions. SoylentLogger collects client-centric network measurement data that is labeled by the end-user as being associated with irritation at perceived network performance (or not). The data collection and labeling occurs in real-time as the user normally uses the network. We conducted a study that tracked 32 ordinary users over a period of 3 weeks and then used that data to test common assumptions about network sources of user irritation.

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