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Data Processing in a Generic Benchmarking Environment
Mácha, Radek ; Podzimek, Andrej (advisor) ; Bulej, Lubomír (referee)
Title: Data Processing in a Generic Benchmarking Environment Author: Radek Mácha Department: Department of Distributed and Dependable Systems Supervisor: RNDr. Andrej Podzimek, Department of Distributed and Dependable Systems Abstract: In September 2013, at the Charles University in Prague, Faculty of Mathematics and Physics, a software project implementing the third incarnation of a generic bench- marking environment aimed at performance evaluation of networked applications was presented: EverBEEN. Despite significant advancements achieved by this incarnation in both reliability and ease of use, EverBEEN still came out somewhat wanting in terms of commercial usability. One of its major shortcomings was the absence of a standardized way of data extraction and processing. The want of such means in EverBEEN laid foundation to the central question of this thesis: How to extract and process data from a framework like EverBEEN, with no prior knowledge of the structure of said data? Albeit centered on the creation of a common, reusable data extraction and aggregation codebase for said framework, this thesis also strives to analyze means of automating EverBEEN control-flow and incorporating the framework, and its data processing, into continuous integration. Keywords: performance evaluation, data processing,...
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Extensibility Framework for a Generic Benchmarking Environment
Palusga, Tadeáš ; Podzimek, Andrej (advisor) ; Bulej, Lubomír (referee)
Title: Extensibility Framework for a Generic Benchmarking Environment Type: Master thesis Author: Tadeáš Palusga Department: Department of Distributed and Dependable Systems Faculty of Mathematics and Physics Charles University Supervisor: RNDr. Andrej Podzimek, Ph.D. Department of Distributed and Dependable Systems Faculty of Mathematics and Physics Charles University Abstract: In 2004, at Faculty of Mathematics and Physics, Charles University, a project called BEEN (Benchmarking Environment) was introduced. The original aim of this project was to create a highly configurable and modular environment for middleware applications benchmarking. This project was successfully defended in 2007. In 2011, another group of students introduced a successor of this project called WillBEEN. Finally, in 2013 a project entitled EverBEEN, which was a complete reimplementation of the WillBEEN project, was successfully defended. The goal of the EverBEEN project was to bring newer technologies, asynchronous communication and stability improvements into the BEEN project family and resulted in a reimplementation from scratch. Despite all the effort, project EverBEEN remained tightly coupled with underlying libraries and technologies, contained a lot of generated code hard to maintain nor extend and last but not least the...
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Data Processing in a Generic Benchmarking Environment
Mácha, Radek ; Podzimek, Andrej (advisor) ; Bulej, Lubomír (referee)
Title: Data Processing in a Generic Benchmarking Environment Author: Radek Mácha Department: Department of Distributed and Dependable Systems Supervisor: RNDr. Andrej Podzimek, Department of Distributed and Dependable Systems Abstract: In September 2013, at the Charles University in Prague, Faculty of Mathematics and Physics, a software project implementing the third incarnation of a generic bench- marking environment aimed at performance evaluation of networked applications was presented: EverBEEN. Despite significant advancements achieved by this incarnation in both reliability and ease of use, EverBEEN still came out somewhat wanting in terms of commercial usability. One of its major shortcomings was the absence of a standardized way of data extraction and processing. The want of such means in EverBEEN laid foundation to the central question of this thesis: How to extract and process data from a framework like EverBEEN, with no prior knowledge of the structure of said data? Albeit centered on the creation of a common, reusable data extraction and aggregation codebase for said framework, this thesis also strives to analyze means of automating EverBEEN control-flow and incorporating the framework, and its data processing, into continuous integration. Keywords: performance evaluation, data processing,...
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