Modern Method for Scientific Research: Systematic Mapping Study
Explore the modern scientific method of systematic mapping study to enhance research quality, utilize modern techniques, and improve researchers' systematic approach. This study aids in defining research ideas, determining originality, identifying searchable areas, and directing effective search strategies. Through descriptive schemes and tools like Mendeley, researchers can classify and analyze numerous research papers systematically over time.
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Scientific Symposium Al mustansrai University Dr. Hayder Hassan Safi 30-10-2019
C.V C.V - - Researcher Researcher Social Media Multi-objective problem optimization Many-Objective Electronic solutions & security
A Systematic Mapping Study on "scientific research "
Outlines 1. What is problem ? 2. Objective 3. Definition systematic mapping 4. Methodology & stages of work ( from 1 to 6 ) 5. Conclusion 6. References
What is problem ? 1. How to find idea and title? .1 2. Is this idea original( novel ) or not ? .2 3. Which area that can be searched? .3 4. How can I direct the search in order to achieve results? .4
Objective 1. Improve scientific research by using modern technique 2. Show systematic approach to help researchers 3. Build descriptive schemes give the views of variable according to the needs researcher. 4. Brainstorming, which is used to produce keywords and reuse order string to get results search on any search engine become un-useful in front of engine strategy 5. Using tools and academic environment to researcher 6. How to determine problem from the real world. .1 . .2 3 . . 4 . 5 ) , ( . 6 . 7
: Definition : What is systematic mapping? A modern scientific method is used to determine the title and the idea for research, whether this idea has used before or not. This method contains tools for classification schemes and multiple phases. The researcher can classify hundreds or thousands of research papers. it is using a program called mendely . , , . . , . mendely Mendeley Tool to classification papers
A long time, at least 3 months. , ( ) But it's very accurate for : , 1. determine the course of the researcher, .1 2. Identify an idea. .1 3. novel ideas , scientific research It has several stage and different 4. Determine the papers that related with your search only . .1 .1 . 5. it will be a guideline for a long time your research Mendeley Tool to classification papers
Stages of work . .. .. software variability SPLE SYSTEMATIC MAPPING STUDY ON MANAGING VARIABILITY IN SOFTWARE PRODUCT LINE ENGINEERING The paper published .. ISSN 1999-8716 SYSTEMATIC MAPPING STUDY ON MANAGING VARIABILITY IN SOFTWARE PRODUCT LINE ENGINEERING.pdf
1. RESEARCH QUESTIONS (1) Research Questions for managing variability in software product line engineering: RQ1: What is management of variability in software product line engineering, and what are techniques for that? RQ2: Which types of mechanism used for managing variability in software product line engineering? RQ3: What kinds of evaluation for managing software product line engineering are done? RQ4: Which strategy analysis is used in managing variability in software product line engineering?
KEYWORDS KEYWORDS AND SEARCH STRING AND SEARCH STRING MAP (2) MAP (2) 1. Identify keywords 2. Search String map 1. Identify keywords : (Managing software , analysis software , product line managing , family management ,managing in variability ) 2. Search String :Managing Variability in SPLE Map Managing Software" And (" Product line" OR product family") And ("Methods" OR "Approach" OR strategy ) And ("Types" OR "technology" OR "classifying" OR analysis ) And (" Managing" OR "Management") And ("Variability")
SEARCH IN DATA SEARCH IN DATA BASE (3) BASE (3) 1. Manual Search : Using (( Google scholar , any search engine , Data Base )) Can search in: ACM digital library , IEEE explorer , springer link , science direct , SCOPUS and engineering village or other 2. Automatic Search : Depends on software .
After three refinements we can see in bellow table distributed type result.
SCREENING OF SCREENING OF PAPERS ( 4 ) PAPERS ( 4 ) There are two criteria to screening of papers to find out which will be included in future study from research and previous literature . 1. Inclusion criteria : We kept all paper, books, work shop report technical that include managing variability in SPLE and the methods 2. Exclusion criteria : We eliminated all : Papers , books , reports that unreal outputs for managing variability in SPLE Titles doesn t written in English and Papers duplicated Papers incomplete and Literature just available in form of abstract Power point presentation and Posters and advertising Short papers less < 2 pages Deleted lecture and all documents that not related with our topic
BUILDING BUILDING DIFFERENT VIEWPOINTS USING A VARIETY OF DIFFERENT VIEWPOINTS USING A VARIETY OF SCHEMES SCHEMES - - ( 5) ( 5) We can explain any scheme or description to any subject through build schemes: 1. Distribution of primary studies according to years : This chart show distribution number of studies to years and show percentage of publishing every year and it focus which paper is full or short pages and it described through using different colors to implementation this purpose [5, 7].
BUILDING DIFFERENT VIEWPOINTS USING A VARIETY OF SCHEMES BUILDING DIFFERENT VIEWPOINTS USING A VARIETY OF SCHEMES - - ( 5) ( 5) 2. Venue chart : This chart shows another viewpoint to researcher. It used distribution papers according to years, No. of papers, which one short or full page and types of papers if it is conference, workshop, book and journals [7].
CLASSIFICATION SCHEMES TO EXTRACTION DATA CLASSIFICATION SCHEMES TO EXTRACTION DATA - - ( 6 ) ( 6 ) 1. Facet 1 _Classes of Research type.
1. Facet 3 _ Domaines : We chose these articles from all papers after read and analysis it ( variability SPLE, strategy of managing variability , modeling SPLE , driven approach ,analysis requirements ,testing and tracing SPLE , process driven managing , viewpoint variability , language and tools and design and rational )
Conclusion 1. We search in automatic and manual variant database such as Google scholar etc. 2. we find 1450 papers various classifications (papers, book, report workshop, presentation, lecture, and others etc.) 3. We apply screening of all papers by two filters on form two stage filtering in the first stage reduced it in to 488 papers and after that in second stage eliminated all papers in filters in to 77 papers that is hold it 4. After applying filters to elimination useful papers the result was: Used 1450 papers, 1373 elimination Paper, 77 Kept papers 5. In the facet 3 domains that is highlighting top 10 domains on managing variability in SPLE if it classification according to research type criteria we can see gaps in philosophical papers , opinion papers were are weak in representation and this means candidate samples (77 ) of papers did not contain or little appeared . 6. The classification of our articles distributed between many different classifications
References 1- SYSTEMATIC MAPPING STUDY ON MANAGING VARIABILITY IN SOFTWARE PRODUCT LINE ENGINEERING Hayder Safi ,Ahmed Abbass ,Saad Second Engineering Scientific Conference , College of Engineering University of Diyala , 16-17 December. 2015, pp. 511-520 2- A Systematic Mapping Study on Software Ecosystems (Olavo Barbosa12, Carina Alves11- Center of Informatics, Federal University of Pernambuco, Cidade Universit ria - 50740-560 - Recife/PE, Brazil - Proceedings of the Workshop on Software Ecosystems 2011) 3- https://prezi.com/arx_8s4sldmw/a-systematic-mapping-study-on-domain-specific-languages/ 4- A SYSTEMATIC MAPPING STUDY ON SOFTWARE ENGINEERING TESTBEDS ( Emanoel Francisco Sp_osito Barreiros- Universidade Federal de Pernambuco Centro de Ci^encias Exatas e da Natureza Centro de Inform_atica DISSERTAC_ ~AO DE MESTRADO 5- Systematic Mapping Studies in Software Engineering (Kai Petersen1;2, Robert Feldt1, Shahid Mujtaba1;2, Michael Mattsson11School of Engineering, Blekinge Institute of Technology, Box 520 SE-372 25 Ronneby 6- A Systematic Mapping Study on Software Engineering Test beds (Emanoel Barreiros, Adauto Almeida, Juliana Saraiva and S ergio Soares) Informatics Center Federal University of Pernambuco Recife, Brazil- 2011 International Symposium on Empirical Software Engineering and Measurement 7- http://www.youtube.com/watch?v=4FyImh2G7N0 8- Software evolution visualization: A systematic mapping study ( Renato Lima Novais a,d, , Andr Torres a, Thiago Souto Mendes a,d, Manoel Mendon a a,b, Nico Zazworka Information and Software Technology 55 (2013) 1860 1883
