ERWIN - Enabling the Reproducible Investigation of WaItiNg Times for Arbitrary Workflows
T. Zinner, M. Hirth, V. Fischer, and O. Hohlfeld. 8th International Conference on Quality of Multimedia Experiene (QoMEX), Lisbon, Portugal, (June 2016)
Abstract
Delay effects can impact the Quality of Experience of interactive systems, which motivates research assessing delay impairments, mostly for web based systems. Current studies follow individual methodologies and typically assesses individual and custom-made web pages, whose construction requires expert knowledge in web technologies. A range of native, non-web applications cannot be easily modified for delay studies. Thus, a generalized methodology for assessing delay impacts for a broad range of applications that is assessable to researchers without (web) development expertise is still missing. This paper con- tributes to this open problem by i) presenting a new methodology for reproducible delay assessments in a broad class of (web-based) systems and ii) presenting an open-source implementation to be used by the community. This methodology particularly aims at making delay assessment available to a broad range of researchers by avoiding programming skills and thus by lowering the barrier for setting-up delay assessments.
%0 Conference Paper
%1 info3-inproceedings-2016-6
%A Zinner, Thomas
%A Hirth, Matthias
%A Fischer, Valentin
%A Hohlfeld, Oliver
%B 8th International Conference on Quality of Multimedia Experiene (QoMEX)
%C Lisbon, Portugal
%D 2016
%K myown qoedz
%T ERWIN - Enabling the Reproducible Investigation of WaItiNg Times for Arbitrary Workflows
%X Delay effects can impact the Quality of Experience of interactive systems, which motivates research assessing delay impairments, mostly for web based systems. Current studies follow individual methodologies and typically assesses individual and custom-made web pages, whose construction requires expert knowledge in web technologies. A range of native, non-web applications cannot be easily modified for delay studies. Thus, a generalized methodology for assessing delay impacts for a broad range of applications that is assessable to researchers without (web) development expertise is still missing. This paper con- tributes to this open problem by i) presenting a new methodology for reproducible delay assessments in a broad class of (web-based) systems and ii) presenting an open-source implementation to be used by the community. This methodology particularly aims at making delay assessment available to a broad range of researchers by avoiding programming skills and thus by lowering the barrier for setting-up delay assessments.
@inproceedings{info3-inproceedings-2016-6,
abstract = {Delay effects can impact the Quality of Experience of interactive systems, which motivates research assessing delay impairments, mostly for web based systems. Current studies follow individual methodologies and typically assesses individual and custom-made web pages, whose construction requires expert knowledge in web technologies. A range of native, non-web applications cannot be easily modified for delay studies. Thus, a generalized methodology for assessing delay impacts for a broad range of applications that is assessable to researchers without (web) development expertise is still missing. This paper con- tributes to this open problem by i) presenting a new methodology for reproducible delay assessments in a broad class of (web-based) systems and ii) presenting an open-source implementation to be used by the community. This methodology particularly aims at making delay assessment available to a broad range of researchers by avoiding programming skills and thus by lowering the barrier for setting-up delay assessments.},
added-at = {2016-05-19T11:21:34.000+0200},
address = {Lisbon, Portugal},
author = {Zinner, Thomas and Hirth, Matthias and Fischer, Valentin and Hohlfeld, Oliver},
biburl = {https://www.bibsonomy.org/bibtex/24b0f0270e9c26d38906f553ef2939312/uniwue_info3},
booktitle = {8th International Conference on Quality of Multimedia Experiene (QoMEX)},
interhash = {989a934c1176c2d73bc2a916389b4ee8},
intrahash = {4b0f0270e9c26d38906f553ef2939312},
keywords = {myown qoedz},
month = {6},
timestamp = {2022-03-14T00:14:22.000+0100},
title = {ERWIN - Enabling the Reproducible Investigation of WaItiNg Times for Arbitrary Workflows},
year = 2016
}