Difference between revisions of "Experimental Software Engineering - Glossary of Terms"
From Experimental Software Engineering
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| Line 9: | Line 9: | ||
*[[Aggregation]] | *[[Aggregation]] | ||
*[[Alternative Hypothesis (H1)]] | *[[Alternative Hypothesis (H1)]] | ||
| − | *[[Analytical | + | *[[Analytical Generalization]] |
| − | *[[Analytical | + | *[[Analytical Method]] |
*[[Applied Research]] | *[[Applied Research]] | ||
*[[Assertions]] | *[[Assertions]] | ||
| Line 21: | Line 21: | ||
*[[Basic Research]] | *[[Basic Research]] | ||
*[[Balancing]] | *[[Balancing]] | ||
| − | *[[Base-rate | + | *[[Base-rate Question]] |
| − | *[[Blocking | + | *[[Blocking Variables]] |
*[[Blocking]] | *[[Blocking]] | ||
==C== | ==C== | ||
*[[Case Study]] | *[[Case Study]] | ||
| − | *[[Causality | + | *[[Causality Question]] |
*[[Causality]] | *[[Causality]] | ||
| − | *[[Central | + | *[[Central Limit Theory]] |
*[[Characterization]] | *[[Characterization]] | ||
*[[Checklist]] | *[[Checklist]] | ||
| − | *[[Closed | + | *[[Closed Question]] |
*[[CMD|CMD (Cooperative Method Development)]] | *[[CMD|CMD (Cooperative Method Development)]] | ||
*[[Conclusion Validity]] | *[[Conclusion Validity]] | ||
| − | *[[Concurrent | + | *[[Concurrent Triangulation Strategy]] |
| − | *[[Confounding | + | *[[Confounding Factor]] |
*[[Construct Validity]] | *[[Construct Validity]] | ||
*[[Constructivism]] | *[[Constructivism]] | ||
| − | *[[Context of | + | *[[Context of Study]] |
| − | *[[Continuous | + | *[[Continuous Simulation]] |
| − | *[[Continuous | + | *[[Continuous Variables]] |
*[[Control Object]] | *[[Control Object]] | ||
| − | *[[Controlled | + | *[[Controlled Experiment]] |
| − | *[[Convenience | + | *[[Convenience Sampling]] |
*[[Critical Region]] | *[[Critical Region]] | ||
| − | *[[Critical | + | *[[Critical Theory]] |
*[[Cross-over Design]] | *[[Cross-over Design]] | ||
| − | *[[Cross-sectional | + | *[[Cross-sectional Survey Design]] |
==D== | ==D== | ||
*[[Data]] | *[[Data]] | ||
*[[Data Analysis Process]] | *[[Data Analysis Process]] | ||
| − | *[[Data | + | *[[Data Collection]] |
*[[Data Collection Form]] | *[[Data Collection Form]] | ||
*[[Defect Model]] | *[[Defect Model]] | ||
*[[Dependent Variable]] | *[[Dependent Variable]] | ||
*[[Design of Experiment]] | *[[Design of Experiment]] | ||
| − | *[[Deterministic | + | *[[Deterministic Simulation]] |
| − | *[[Discrete | + | *[[Discrete Variable]] |
*[[Domain Dependability]] | *[[Domain Dependability]] | ||
*[[Dynamic Analysis]] | *[[Dynamic Analysis]] | ||
| − | *[[Dynamic | + | *[[Dynamic Simulation]] |
==E== | ==E== | ||
| − | *[[Embedded | + | *[[Embedded Case Study]] |
*[[Empirical]] | *[[Empirical]] | ||
| − | *[[Empirical | + | *[[Empirical Method]] |
*[[Empirical Software Engineering]] | *[[Empirical Software Engineering]] | ||
| − | *[[Empirical | + | *[[Empirical Study]] |
| − | *[[Empirical | + | *[[Empirical Validity]] |
| − | *[[Engineering | + | *[[Engineering Method]] |
*[[Engineering]] | *[[Engineering]] | ||
*[[Entity]] | *[[Entity]] | ||
| Line 79: | Line 79: | ||
*[[Ethnography]] | *[[Ethnography]] | ||
*[[Event]] | *[[Event]] | ||
| − | *[[Event-driven | + | *[[Event-driven Simulation]] |
*[[Evidence]] | *[[Evidence]] | ||
*[[Evidence Based Software Engineering]] | *[[Evidence Based Software Engineering]] | ||
| − | *[[Executable | + | *[[Executable Model]] |
| − | *[[Execution | + | *[[Execution Control]] |
| − | *[[Experiment | + | *[[Experiment Design]] |
*[[Experiment]] | *[[Experiment]] | ||
*[[Experimental]] | *[[Experimental]] | ||
*[[Experimental Environment]] | *[[Experimental Environment]] | ||
| − | |||
*[[Experimental Error]] | *[[Experimental Error]] | ||
*[[Experimental Object or Unit]] | *[[Experimental Object or Unit]] | ||
*[[Experimental Package]] | *[[Experimental Package]] | ||
| − | *[[Experimental | + | *[[Experimental Process]] |
*[[Experimental Software Engineering]] | *[[Experimental Software Engineering]] | ||
*[[Experimental Study]] | *[[Experimental Study]] | ||
| − | *[[Exploratory | + | *[[Exploratory Question]] |
*[[Exploratory Study]] | *[[Exploratory Study]] | ||
| − | *[[External | + | *[[External Attribute]] |
*[[External Quality]] | *[[External Quality]] | ||
| − | *[[External | + | *[[External Replication]] |
*[[External Validity]] | *[[External Validity]] | ||
| Line 110: | Line 109: | ||
*[[Feature Analysis]] | *[[Feature Analysis]] | ||
*[[Field Study]] | *[[Field Study]] | ||
| − | *[[Focus | + | *[[Focus Group]] |
*[[Form Data Collection]] | *[[Form Data Collection]] | ||
| − | *[[Formal | + | *[[Formal Experiment]] |
*[[Formal Hypotheses]] | *[[Formal Hypotheses]] | ||
*[[Framework of Ideas]] | *[[Framework of Ideas]] | ||
| Line 124: | Line 123: | ||
*[[Hawthorne Effect]] | *[[Hawthorne Effect]] | ||
*[[Historical Data Analysis]] | *[[Historical Data Analysis]] | ||
| − | *[[Holistic | + | *[[Holistic Case Study]] |
| − | *[[Hybrid | + | *[[Hybrid Simulation]] |
*[[Hypothesis]] | *[[Hypothesis]] | ||
| − | *[[Hypothesis | + | *[[Hypothesis Testing]] |
==I== | ==I== | ||
| − | *[[In the | + | *[[In the Field]] |
| − | *[[In the | + | *[[In the Field Study]] |
*[[In-silico Study]] | *[[In-silico Study]] | ||
*[[In-virtuo Study]] | *[[In-virtuo Study]] | ||
| Line 141: | Line 140: | ||
*[[Industrial Study]] | *[[Industrial Study]] | ||
*[[Inference]] | *[[Inference]] | ||
| − | *[[Input | + | *[[Input Data Analysis]] |
*[[Instrument]] | *[[Instrument]] | ||
*[[Instrumentation]] | *[[Instrumentation]] | ||
| − | *[[Internal | + | *[[Internal Attribute]] |
*[[Internal Quality]] | *[[Internal Quality]] | ||
| − | *[[Internal | + | *[[Internal Replication]] |
*[[Internal Validity]] | *[[Internal Validity]] | ||
*[[Interpretation]] | *[[Interpretation]] | ||
| − | *[[Interrupted | + | *[[Interrupted Time-series Designs]] |
*[[Interview]] | *[[Interview]] | ||
| − | *[[Interviewer | + | *[[Interviewer Specification]] |
==J== | ==J== | ||
| − | *[[Justified | + | *[[Justified True Belief]] |
==K== | ==K== | ||
| Line 161: | Line 160: | ||
==L== | ==L== | ||
*[[Laboratory Package]] | *[[Laboratory Package]] | ||
| − | *[[Laboratory | + | *[[Laboratory Study]] |
*[[Law]] | *[[Law]] | ||
*[[Legacy Data]] | *[[Legacy Data]] | ||
*[[Lessons Learned]] | *[[Lessons Learned]] | ||
| − | *[[Level of | + | *[[Level of Factor]] |
*[[Level of Significance]] | *[[Level of Significance]] | ||
| − | *[[Life | + | *[[Life Cycle Models]] |
| − | *[[Literal | + | *[[Literal Replication]] |
*[[Literature Search]] | *[[Literature Search]] | ||
| − | *[[Local | + | *[[Local Contingency]] |
| − | *[[Longitudinal | + | *[[Longitudinal Survey Design]] |
==M== | ==M== | ||
*[[Material]] | *[[Material]] | ||
| − | *[[Meaningful | + | *[[Meaningful Measure]] |
*[[Measure]] | *[[Measure]] | ||
| − | *[[Measurement | + | *[[Measurement Control]] |
*[[Measurement]] | *[[Measurement]] | ||
| − | *[[Meta | + | *[[Meta Analysis]] |
*[[Method]] | *[[Method]] | ||
*[[Methodology]] | *[[Methodology]] | ||
*[[Metric]] | *[[Metric]] | ||
| − | *[[Model | + | *[[Model Calibration]] |
| − | *[[Model | + | *[[Model Concept]] |
*[[Model]] | *[[Model]] | ||
| − | *[[Multiple-case | + | *[[Multiple-case Design]] |
==N== | ==N== | ||
| − | *[[Negative | + | *[[Negative Result]] |
*[[Noise]] | *[[Noise]] | ||
| − | *[[Nonequivalent | + | *[[Nonequivalent Group Design]] |
| − | *[[Null | + | *[[Null Hypothesis (H0)]] |
==O== | ==O== | ||
| − | *[[Object of | + | *[[Object of Study]] |
| − | *[[Objective | + | *[[Objective Data]] |
| − | *[[Objective | + | *[[Objective Measure]] |
*[[Observation]] | *[[Observation]] | ||
*[[Observational Study]] | *[[Observational Study]] | ||
*[[Observer]] | *[[Observer]] | ||
*[[Ontology]] | *[[Ontology]] | ||
| − | *[[Open | + | *[[Open Question]] |
*[[Outlier]] | *[[Outlier]] | ||
| − | *[[Output | + | *[[Output Data Analysis]] |
==P== | ==P== | ||
| Line 213: | Line 212: | ||
*[[Participant]] | *[[Participant]] | ||
*[[Perspective]] | *[[Perspective]] | ||
| − | *[[Philosophical | + | *[[Philosophical Stance]] |
| − | *[[Pilot | + | *[[Pilot Study]] |
*[[Population]] | *[[Population]] | ||
*[[Positivism]] | *[[Positivism]] | ||
| Line 220: | Line 219: | ||
*[[Pragmatism]] | *[[Pragmatism]] | ||
*[[Precision]] | *[[Precision]] | ||
| − | *[[Predictor | + | *[[Predictor Variables]] |
*[[Pre-Experimental]] | *[[Pre-Experimental]] | ||
*[[Pre-Test]] | *[[Pre-Test]] | ||
| − | *[[Primary | + | *[[Primary Study]] |
| − | *[[Problem | + | *[[Problem Statement]] |
*[[Process]] | *[[Process]] | ||
*[[Project Monitoring]] | *[[Project Monitoring]] | ||
| − | *[[Proof of | + | *[[Proof of Concept]] |
*[[Proposition]] | *[[Proposition]] | ||
*[[Protocol]] | *[[Protocol]] | ||
| Line 236: | Line 235: | ||
*[[Qualitative Analysis]] | *[[Qualitative Analysis]] | ||
*[[Qualitative Data]] | *[[Qualitative Data]] | ||
| − | *[[Qualitative | + | *[[Qualitative Research]] |
| − | *[[Qualitative | + | *[[Qualitative Simulation]] |
| − | *[[Qualitative | + | *[[Qualitative Study]] |
| − | *[[Quality | + | *[[Quality Focus]] |
*[[Quality]] | *[[Quality]] | ||
*[[Quantitative Analysis]] | *[[Quantitative Analysis]] | ||
*[[Quantitative Data]] | *[[Quantitative Data]] | ||
| − | *[[Quantitative | + | *[[Quantitative Research]] |
| − | *[[Quantitative | + | *[[Quantitative Simulation]] |
| − | *[[Quantitative | + | *[[Quantitative Study]] |
| − | *[[Quasi- | + | *[[Quasi-experiment]] |
| − | *[[Quasi-systematic | + | *[[Quasi-systematic Review]] |
| − | *[[Questionnaire | + | *[[Questionnaire Specification]] |
*[[Questionnaire]] | *[[Questionnaire]] | ||
| − | *[[Quota | + | *[[Quota Sampling]] |
==R== | ==R== | ||
| − | *[[Random | + | *[[Random Assignment]] |
*[[Randomization]] | *[[Randomization]] | ||
| − | *[[Randomized | + | *[[Randomized Experiment]] |
*[[Raw Data]] | *[[Raw Data]] | ||
| − | *[[Reference | + | *[[Reference Behavior]] |
*[[Regression]] | *[[Regression]] | ||
| − | *[[Relationship | + | *[[Relationship Question]] |
*[[Replicated Experiment]] | *[[Replicated Experiment]] | ||
*[[Replication]] | *[[Replication]] | ||
*[[Report]] | *[[Report]] | ||
*[[Reporting Guidelines]] | *[[Reporting Guidelines]] | ||
| − | *[[Research | + | *[[Research Design]] |
*[[Research Hypothesis]] | *[[Research Hypothesis]] | ||
| − | *[[Research | + | *[[Research Question]] |
| − | *[[Research | + | *[[Research Strategy]] |
*[[Resource]] | *[[Resource]] | ||
*[[Respondent]] | *[[Respondent]] | ||
| − | *[[Response | + | *[[Response Rate]] |
| − | *[[Response | + | *[[Response Variable]] |
*[[Result]] | *[[Result]] | ||
*[[Review]] | *[[Review]] | ||
| Line 279: | Line 278: | ||
==S== | ==S== | ||
*[[Sample]] | *[[Sample]] | ||
| − | *[[Sampling | + | *[[Sampling Bias]] |
| − | *[[Scientific | + | *[[Scientific Method]] |
| − | *[[Scientific | + | *[[Scientific Theory]] |
*[[Scientific Workflow Concepts]] | *[[Scientific Workflow Concepts]] | ||
| − | *[[Scope of | + | *[[Scope of Survey]] |
*[[Secondary Study]] | *[[Secondary Study]] | ||
| − | *[[Self-administered | + | *[[Self-administered Questionnaire]] |
*[[Semi-quantitative]] | *[[Semi-quantitative]] | ||
| − | *[[Sequential | + | *[[Sequential Explanatory Strategy]] |
| − | *[[Simple | + | *[[Simple Random Sampling]] |
| − | *[[Simulation | + | *[[Simulation Results]] |
| − | *[[Simulation | + | *[[Simulation Technique]] |
*[[Simulation]] | *[[Simulation]] | ||
| − | *[[Single-case | + | *[[Single-case Study]] |
*[[Statistical Concepts]] | *[[Statistical Concepts]] | ||
| − | *[[Stochastic | + | *[[Stochastic Simulation]] |
| − | *[[Stratified | + | *[[Stratified Random Sampling]] |
*[[Structured Interviews]] | *[[Structured Interviews]] | ||
| − | *[[Study | + | *[[Study Planning]] |
*[[Subject]] | *[[Subject]] | ||
| − | *[[Subjective | + | *[[Subjective Data]] |
| − | *[[Subjective | + | *[[Subjective Measure]] |
| − | + | *[[Survey Design]] | |
| − | *[[Survey | + | *[[Survey Evaluation]] |
| − | *[[Survey | + | *[[Survey Instrument]] |
| − | *[[Survey | + | *[[Survey Objective]] |
| − | *[[Survey | + | *[[Survey Reliability]] |
| − | *[[Survey | + | *[[Survey Validity]] |
| − | *[[Survey | + | |
*[[Survey]] | *[[Survey]] | ||
| − | *[[Systematic | + | *[[Systematic Sampling]] |
*[[Systematic Reviews Studies ]] | *[[Systematic Reviews Studies ]] | ||
==T== | ==T== | ||
| − | *[[Target | + | *[[Target Population]] |
*[[Test]] | *[[Test]] | ||
*[[Theoretical Analysis]] | *[[Theoretical Analysis]] | ||
| − | *[[Theoretical | + | *[[Theoretical Replication]] |
| − | *[[Theory | + | *[[Theory Building]] |
*[[Theory]] | *[[Theory]] | ||
*[[Toy Study]] | *[[Toy Study]] | ||
| Line 325: | Line 323: | ||
==U== | ==U== | ||
| − | *[[Undesired | + | *[[Undesired Variations]] |
| − | *[[Unit of | + | *[[Unit of Analysis]] |
*[[Unit]] | *[[Unit]] | ||
==V== | ==V== | ||
| − | *[[Viable | + | *[[Viable Research Strategy]] |
==W== | ==W== | ||
Latest revision as of 16:56, 17 September 2015
Contents
Terms
A
- Action Elements
- Action Research
- Action Researcher
- Activity
- Aggregation
- Alternative Hypothesis (H1)
- Analytical Generalization
- Analytical Method
- Applied Research
- Assertions
- Assessment
- Assumption
- Attribute
- Axiom
B
C
- Case Study
- Causality Question
- Causality
- Central Limit Theory
- Characterization
- Checklist
- Closed Question
- CMD (Cooperative Method Development)
- Conclusion Validity
- Concurrent Triangulation Strategy
- Confounding Factor
- Construct Validity
- Constructivism
- Context of Study
- Continuous Simulation
- Continuous Variables
- Control Object
- Controlled Experiment
- Convenience Sampling
- Critical Region
- Critical Theory
- Cross-over Design
- Cross-sectional Survey Design
D
- Data
- Data Analysis Process
- Data Collection
- Data Collection Form
- Defect Model
- Dependent Variable
- Design of Experiment
- Deterministic Simulation
- Discrete Variable
- Domain Dependability
- Dynamic Analysis
- Dynamic Simulation
E
- Embedded Case Study
- Empirical
- Empirical Method
- Empirical Software Engineering
- Empirical Study
- Empirical Validity
- Engineering Method
- Engineering
- Entity
- Epistemology
- Error
- Error Types
- Ethnography
- Event
- Event-driven Simulation
- Evidence
- Evidence Based Software Engineering
- Executable Model
- Execution Control
- Experiment Design
- Experiment
- Experimental
- Experimental Environment
- Experimental Error
- Experimental Object or Unit
- Experimental Package
- Experimental Process
- Experimental Software Engineering
- Experimental Study
- Exploratory Question
- Exploratory Study
- External Attribute
- External Quality
- External Replication
- External Validity
F
- Fact
- Factorial Design
- Factors
- Failure
- Feasibility Study
- Feature Analysis
- Field Study
- Focus Group
- Form Data Collection
- Formal Experiment
- Formal Hypotheses
- Framework of Ideas
G
H
- Hawthorne Effect
- Historical Data Analysis
- Holistic Case Study
- Hybrid Simulation
- Hypothesis
- Hypothesis Testing
I
- In the Field
- In the Field Study
- In-silico Study
- In-virtuo Study
- In-vitro Study
- In-vivo Study
- Independent Variable
- Indicator
- Inductive/Deductive
- Industrial Study
- Inference
- Input Data Analysis
- Instrument
- Instrumentation
- Internal Attribute
- Internal Quality
- Internal Replication
- Internal Validity
- Interpretation
- Interrupted Time-series Designs
- Interview
- Interviewer Specification
J
K
L
- Laboratory Package
- Laboratory Study
- Law
- Legacy Data
- Lessons Learned
- Level of Factor
- Level of Significance
- Life Cycle Models
- Literal Replication
- Literature Search
- Local Contingency
- Longitudinal Survey Design
M
- Material
- Meaningful Measure
- Measure
- Measurement Control
- Measurement
- Meta Analysis
- Method
- Methodology
- Metric
- Model Calibration
- Model Concept
- Model
- Multiple-case Design
N
O
- Object of Study
- Objective Data
- Objective Measure
- Observation
- Observational Study
- Observer
- Ontology
- Open Question
- Outlier
- Output Data Analysis
P
- Package
- Packing
- Paradigm
- Parameters
- Participant
- Perspective
- Philosophical Stance
- Pilot Study
- Population
- Positivism
- Power of Test
- Pragmatism
- Precision
- Predictor Variables
- Pre-Experimental
- Pre-Test
- Primary Study
- Problem Statement
- Process
- Project Monitoring
- Proof of Concept
- Proposition
- Protocol
- Purpose
Q
- QIP (Quality Improvement Paradigm)
- Qualitative Analysis
- Qualitative Data
- Qualitative Research
- Qualitative Simulation
- Qualitative Study
- Quality Focus
- Quality
- Quantitative Analysis
- Quantitative Data
- Quantitative Research
- Quantitative Simulation
- Quantitative Study
- Quasi-experiment
- Quasi-systematic Review
- Questionnaire Specification
- Questionnaire
- Quota Sampling
R
- Random Assignment
- Randomization
- Randomized Experiment
- Raw Data
- Reference Behavior
- Regression
- Relationship Question
- Replicated Experiment
- Replication
- Report
- Reporting Guidelines
- Research Design
- Research Hypothesis
- Research Question
- Research Strategy
- Resource
- Respondent
- Response Rate
- Response Variable
- Result
- Review
- Review Protocol
- RSD (Reflective Systems Development)
S
- Sample
- Sampling Bias
- Scientific Method
- Scientific Theory
- Scientific Workflow Concepts
- Scope of Survey
- Secondary Study
- Self-administered Questionnaire
- Semi-quantitative
- Sequential Explanatory Strategy
- Simple Random Sampling
- Simulation Results
- Simulation Technique
- Simulation
- Single-case Study
- Statistical Concepts
- Stochastic Simulation
- Stratified Random Sampling
- Structured Interviews
- Study Planning
- Subject
- Subjective Data
- Subjective Measure
- Survey Design
- Survey Evaluation
- Survey Instrument
- Survey Objective
- Survey Reliability
- Survey Validity
- Survey
- Systematic Sampling
- Systematic Reviews Studies
T
- Target Population
- Test
- Theoretical Analysis
- Theoretical Replication
- Theory Building
- Theory
- Toy Study
- Treatment
- Trial
- Triangulation
U
V
W
X
Y
Z
References
Books
- Wohlin, C.; Runeson, P.; Höst, M. et al. (2000) Experimentation in Software
Engineering: An Introduction. Kluwer Academic Publishers
- Juristo, N. and Moreno, A. (2000). Basics of Software Engineering Experimentation,
Kluwer Academic Publishers.
- van Solingen & Berghout (1999). The Goal/Question/Metric Method, McGraw Hil
- Berk, K. N. and Carey, P. (2004). Data Analysis with Microsoft Excel Updated for
Office XP. Thomson Brooks/Cole.
- Fenton, N.E. and Pfleeger S.L. (1997). Software Metrics: A Rigorous and Practical
Approach, (2nd edition), International Thomson Press.
- Oman , P. and Pfleeger S.L. (1997). Applying Software Metrics, IEEE Computer Society
Press.
Technical Reports
- ISERN Basic Terminology (1998). http://wwwagse.informatik.uni-
kl.de/research/isern/experiment/isern.definitions%20010829.html
- Travassos, G.H. , Gurov, D. and Amaral, G. (2002) Introdução a Engenharia de Software
Experimental, Relatório Técnico PESC 590/02 - COPPE/UFRJ
http:/cronos.cos.ufrj.br/publicacoes/reltec/es59002.pdf
- KITCHENHAM, B. (2004b) Procedures for performing Systematic Reviews , Joint
Technical Report Software Engineering Group, Department of Computer Science Keele
University, United King and Empirical Software Engineering, National ICT Australia
Ltd, Australia.
- Biolchini, J.; Mian, P.G.; Natali, A.C. and Travassos, G.H. (2005) Systematic Review
in Software Engineering, Technical Report ES-679/05, COPPE/UFR
htp:/cronos.cos.ufrj.br/publicacoes/reltec/es67905.pdf
Thesis and Dissertations
- Amaral, E.A. G. (2003) Empacotamento de Experimentos em Engenharia de Software.
Dissertação (Mestrado em Engenharia de Sistemas e Computação) - Universidade Federal
do Rio de Janeiro
- Mendonça, C. (2005) Ambientes para Planejamento e Execução de Surveys na Web.
Dissertação (Mestrado em Engenharia de Sistemas e Computação) - Universidade Federal
do Rio de Janeiro
- Mafra, S.N. (2006) Definição de uma Técnica de Leitura Baseada em Perspectiva (OO-
PBR) Apoiada por Estudos Experimentais. Dissertação (Mestrado em Engenharia de
Sistemas e Computação) - Universidade Federal do Rio de Janeiro
- Silva Filho, R. C. (2006) Em Busca de uma Abordagem baseada em Experimentação para
Avaliação da Efetividade de Propostas de Melhoria de Processos de Software.
Dissertação (Mestrado em Engenharia de Sistemas e Computação) - Universidade Federal do Rio de Janeiro.
- Silva, L.F.S. (2004). Apoio Feramental para Aplicação de Técnicas de Leitura Baseada
em Perspectiva (PBR). Dissertação (Mestrado em Engenharia de Sistemas e Computação) -
Universidade Federal do Rio de Janeiro.
Papers
- Seaman, C. B. "Qualitative Methods in Empirical Studies of Software
Engineering." IEEE Transactions on Software Engineering . 25(4): 557-572. 1999.
- Zelkowitz, M. and Walace, D. Experimental Validation in Software Engineering.
This paper was presented at the Conference of Empirical Assessment & Evaluation in
Software Engineering, Keele University, Stafordshire, U.K., 24-26 March 1997.
htp:/hissa.nist.gov/exper/ease.html
- Jedlitschka, A.; Pfahl, D.; Reporting Guidelines for Controled Experiments in
Software Engineering; ; In Proc. of ACM/IEEE Intern. Symposium on Software Engineering
2005 (ISESE2005), Noosa Heads, Australia, Nov 2005, IEEE CS, 2005, pp. 95-104.
- Biolchini, J. ; Mian, P. ; Natali, A. C. C. ; Conte, T. U. ; Travassos, G. H. .
Scientific research ontology to support systematic review in Software Engineering.
Advanced Engineering Informatics Aei Journal, Elsevier, 2006.
- Pfleeger, S. L. (1999), Albert Einstein and Empirical Software Engineering, IEEE
Computer, 0018-9162/99.
- Kitchenham, B.A.; Pfleeger, S.L.; Pickard, L.M.; Jones, P.W.; Hoaglin, D.C.; El Emam,
K.; Rosenberg, J. (2002).
- Preliminary guidelines for empirical research in software engineering; Software
Engineering, IEEE Transactions on , Volume: 28 Issue: 8 , August Page(s): 721 734.
- Tichy, W. F. (1998). Should Computer Scientists Experiment More?, IEEE Computer,
0018-9162/98.
- Zelkowitz, M. V., Walace, D. R., Binkley, D. W. (2003), Experimental Validation of
New Software Technology, Lectures Notes on Empirical Software Engineering.
- Houdek, F. (2003). External Experiments A Workable Paradigm for Colaboration Between
Industry and Academia, Lecture Notes on Empirical Software Engineering, pg 133-166.
- Shul,F., Carver, J., Travassos, G.H., Maldonado, J.C., Conradi, R., Basili, V.R.
(2003). Replicated Studies: Building a Body of Knowledge about Software Reading
Techniques, Lecture Notes on Empirical Software Engineering, pg 39-84.
- Basili,V., Shul, F., Lanubile, F.(1999). Building Knowledge through Families of
Experiments, IEEE Transactions on Software Engineering, Vol 25, no. 4, July/August.
- Shul, F., Carver, J., Travassos, G.H. (2001), An Empirical Methodology for
Introducing Software Processes, 8th European Software Engineering Conference (ESEC)
and 9th ACM SIGSOFT Symposium on the Foundations of Software Engineering (FSE-9),
Vienna. ACM Press, 2001. p.288 296
- Seaman, C.B. (1999) Qualitative Methods in Empirical Studies of Software Engineering,
IEEE Transactions on Software Engineering, Vol 25, no. 4, July/August.
- Tori, K., Matsumoto, K., Nakakoji, K., Takada, S., Shima, K.(1999). Ginger2: An
Environment for Computer-Aided Empirical Software Engineering, IEEE Transactions on
Software Engineering, Vol 25, no. 4, Julho/Agosto.
- Shul, F.;Mendonça, M.; Basili, V.; Carver, J.; Maldonado, J.; Fabbri, S.; Travassos,
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Japanese Translation Aids
- http://www.excite.co.jp/world/english/web/ provides translation of web pages between
English and Japanese
- http://www.excite.co.jp/world/english/?before=&wb_lp=ENJA translates copy-and-paste
text between English and Japanese
- http://www.csse.monash.edu.au/~jwb/cgi-bin/wwwjdic.cgi?9T translates Japanese into
English (using a dictionary)
dictionary of project management terms in English and Japanese
Citation Formats
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[x] ISERN "Experimental Software Engineering - Glossary of Terms," [Online document]
Oct. 2007 [cited date] Available at http://lens-ese.cos.ufrj.br/wikiese/index.php/Main_Page
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ISERN (2007). Experimental Software Engineering - Glossary of Terms. Retrieved date
from http://lens-ese.cos.ufrj.br/wikiese/index.php/Main_Page
