kmindi · May 14, 2019 18:52
diff --git a/experimentReportStructure.tex b/experimentReportStructure.tex
 % used within a section, just replace "\sub" with "\" and it can be used as sections
 % the beginning and the end should be tailored according to the paper/document

 %@InProceedings{Jedlitschka2005,
 %	author    = {A. Jedlitschka and D. Pfahl},
 %	title     = {Reporting guidelines for controlled experiments in software engineering},
 %	booktitle = {2005 International Symposium on Empirical Software Engineering, 2005.},
 %	year      = {2005},
 %	month     = {Nov},
 %	pages     = {10 pp.-},
 %	doi       = {10.1109/ISESE.2005.1541818},
 %	keywords  = {empirical software engineering;guideline development process;Guidelines;Software engineering;Proposals;Taxonomy;Standards publication;Feedback;Programming;Costs;Data mining;Psychology},
 %}

 This section is structured according to the experimentation reporting guidelines proposed by \citeauthor{Jedlitschka2005}~\autocite{Jedlitschka2005}.

 \subsection{Title, authorship}
 \subsection{Structured abstract} % Summarizes the paper under headings of background or context, objectives or aims, method, results, and conclusions

 \subsection{Motivation} % Sets the scope of the work and encourages readers to read the rest of thepaper
 \subsubsection{Problem statement} % Reports what the problem is; where it occurs, and who observes it
 \subsubsection{Research objectives} % Defines the experiment using the formalized style used in GQM
 \subsubsection{Context} % Reports environmental factors such as settings and locations

 \subsection{Related work} % How current study relates to other research

 \subsection{Experimental design} % Describes the outcome of the experimental planning stage
 \subsubsection{Goals, hypotheses and variables} % Presents the refined research objectives
 \subsubsection{Design} % Define the type of experimental design
 \subsubsection{Subjects} % Defines the methods used for subject sampling and group allocation
 \subsubsection{Objects} % Defines what experimental objects were used
 \subsubsection{Instrumentation} % Defines any guidelines and measurement instruments used
 \subsubsection{Data collection procedure} % Defines the experimental schedule, timing and data collection procedures
 \subsubsection{Analysis procedure} % Specifies the mathematical analysis model to be used
 \subsubsection{Evaluation of validity} % Describes the validity of materials, procedures to ensure participants keep to the experimental method, and methods to ensure the reliability and validity of data collection methods and tools

 \subsection{Execution} %D escribes how the experimental plan was implemented
 \subsubsection{Sample} % Description of the sample characteristics
 \subsubsection{Preparation} % How the experimental groups were formed and trained
 \subsubsection{Data collection performed} % How data collection took place and any deviations from plan
 \subsubsection{Validity procedure} % How the validity process was followed and any deviation from plan

 \subsection{Analysis} % Summarizes the collected data and describes how it was analyzed
 \subsubsection{Descriptive statistics} % Presentation of the data using descriptive statistics
 \subsubsection{Data set reduction} % Describes any reduction of the data set e.g. removal of outliers
 \subsubsection{Hypothesis testing} % Describes how the data was evaluated and how the analysis model was validated

 \subsection{Interpretation} % Interprets the findings from the Analysis section
 \subsubsection{Evaluation of results and implications} % Explains the results
 \subsubsection{Limitations of study} % Discusses threats to validity
 \subsubsection{Inferences} % How the results generalize given the findings and limitations
 \subsubsection{Lesson learnt} % Descriptions of what went well and what did not during the course of the experiment

 \subsection{Conclusions and future work} % Presents a summary of the study
 \subsubsection{Relation to existing evidence} % Describes the contribution of the study in the context of earlier experiments
 \subsubsection{Impact} % Identifies the most important findings
 \subsubsection{Limitations} % Identifies main limitations of approach i.e.
 \subsubsection{Future work} % Suggestions for other experiments to further investigate

 \subsection{Acknowledgments} % Identifies any contributors who do not fulfill authorship criteria
 \subsection{References} % Lists all cited literature
 \subsection{Appendices} % Includes raw data and/or detailed analyses which might help others to use the results
	% used within a section, just replace "\sub" with "\" and it can be used as sections
	% the beginning and the end should be tailored according to the paper/document

	%@InProceedings{Jedlitschka2005,
	% author = {A. Jedlitschka and D. Pfahl},
	% title = {Reporting guidelines for controlled experiments in software engineering},
	% booktitle = {2005 International Symposium on Empirical Software Engineering, 2005.},
	% year = {2005},
	% month = {Nov},
	% pages = {10 pp.-},
	% doi = {10.1109/ISESE.2005.1541818},
	% keywords = {empirical software engineering;guideline development process;Guidelines;Software engineering;Proposals;Taxonomy;Standards publication;Feedback;Programming;Costs;Data mining;Psychology},
	%}

	This section is structured according to the experimentation reporting guidelines proposed by \citeauthor{Jedlitschka2005}~\autocite{Jedlitschka2005}.

	\subsection{Title, authorship}
	\subsection{Structured abstract} % Summarizes the paper under headings of background or context, objectives or aims, method, results, and conclusions

	\subsection{Motivation} % Sets the scope of the work and encourages readers to read the rest of thepaper
	\subsubsection{Problem statement} % Reports what the problem is; where it occurs, and who observes it
	\subsubsection{Research objectives} % Defines the experiment using the formalized style used in GQM
	\subsubsection{Context} % Reports environmental factors such as settings and locations

	\subsection{Related work} % How current study relates to other research

	\subsection{Experimental design} % Describes the outcome of the experimental planning stage
	\subsubsection{Goals, hypotheses and variables} % Presents the refined research objectives
	\subsubsection{Design} % Define the type of experimental design
	\subsubsection{Subjects} % Defines the methods used for subject sampling and group allocation
	\subsubsection{Objects} % Defines what experimental objects were used
	\subsubsection{Instrumentation} % Defines any guidelines and measurement instruments used
	\subsubsection{Data collection procedure} % Defines the experimental schedule, timing and data collection procedures
	\subsubsection{Analysis procedure} % Specifies the mathematical analysis model to be used
	\subsubsection{Evaluation of validity} % Describes the validity of materials, procedures to ensure participants keep to the experimental method, and methods to ensure the reliability and validity of data collection methods and tools

	\subsection{Execution} %D escribes how the experimental plan was implemented
	\subsubsection{Sample} % Description of the sample characteristics
	\subsubsection{Preparation} % How the experimental groups were formed and trained
	\subsubsection{Data collection performed} % How data collection took place and any deviations from plan
	\subsubsection{Validity procedure} % How the validity process was followed and any deviation from plan

	\subsection{Analysis} % Summarizes the collected data and describes how it was analyzed
	\subsubsection{Descriptive statistics} % Presentation of the data using descriptive statistics
	\subsubsection{Data set reduction} % Describes any reduction of the data set e.g. removal of outliers
	\subsubsection{Hypothesis testing} % Describes how the data was evaluated and how the analysis model was validated

	\subsection{Interpretation} % Interprets the findings from the Analysis section
	\subsubsection{Evaluation of results and implications} % Explains the results
	\subsubsection{Limitations of study} % Discusses threats to validity
	\subsubsection{Inferences} % How the results generalize given the findings and limitations
	\subsubsection{Lesson learnt} % Descriptions of what went well and what did not during the course of the experiment

	\subsection{Conclusions and future work} % Presents a summary of the study
	\subsubsection{Relation to existing evidence} % Describes the contribution of the study in the context of earlier experiments
	\subsubsection{Impact} % Identifies the most important findings
	\subsubsection{Limitations} % Identifies main limitations of approach i.e.
	\subsubsection{Future work} % Suggestions for other experiments to further investigate

	\subsection{Acknowledgments} % Identifies any contributors who do not fulfill authorship criteria
	\subsection{References} % Lists all cited literature
	\subsection{Appendices} % Includes raw data and/or detailed analyses which might help others to use the results
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