Contents & References of Designing a resource allocation model in order to reduce undesirable outputs based on data envelopment analysis, an applied study in provincial telecommunications companies.
List:
Table of Contents Page
Abstract..1
Chapter One: General Research Research.6
1-5-Research objectives.7
1-6-Definition of research operational variables.7
1-7-Research field.8
1-7-1-Thematic field.8
1-7-2-Spatial field.8
1-7-3-Time field.8
1-8-Procedure Research. 8
Chapter Two: Review of sources/ research literature/ research background
2-2-3-DEA capabilities.14
2-2-4-DEA capabilities.16
2-2-5-limitations of DEA method compared to other methods.18
2-2-6-Definition of relative efficiency in DEA.18
2-2-7-Definition of decision-making units in DEA.19
2-2-8-Technical evaluation.20
2-2-9-Two main characteristics for the DEA model.20
2-2-9-1-Responsibility to the scale of the model used.20
2-2-9-2-The nature of the model used.22
2-2-10-DEA models.23
2-2-10-1-CCR model.23
2-2-10-2-BCC model.27
2-2-10-3-Primary non-parametric methods of modeling undesirable outputs.28
2-2-10-4-Resource allocation models with undesirable data.32
2-3-Second part: History Telecommunications. 34
2-4- The third part: Background of the research. 36
2-4-1-Internal studies. 38
2-4-2-External studies. 40
2-5-Chapter summary. 42
Chapter 3: Research implementation method/methods materials 43
3-1-Introduction..44
3-2-Research method.44
3-3-Society and statistical sample.44
3-4-Method of gathering information.44
3-5-Method and tools of information analysis.45
3-6-Determining inputs, desirable and undesirable outputs.45
3-6-1-Inputs.45
3-6-2-Desirable factors.45
3-6-3-Undesirable factors.45
3-7-Choosing DEA models to achieve research goals.46
3-7-1-Dea preliminary model.46
3-7-1-1-Output DEA model Axis under the hypothesis of constant returns to scale. 3-7-1-2- Output axis DEA model under the hypothesis of variable returns to scale. 47
3-7-2-2-Output-oriented DEA model assuming variable returns to scale with unfavorable output.49
3-7-3-Resource allocation models with unfavorable outputs.50
3-7-3-1-Resource allocation model under the CRS hypothesis.50
3-7-3-2-Resource allocation model under the VRS hypothesis.52
3-8-GAMS software.53
3-9-Validity and reliability of the research tool.53
3-10-Summary of chapter.53
Chapter four: Data analysis and research findings 54
4-1-Introduction..55
4-2-Introduction of decision units Receiver. 55
4-3-Conceptual definition of inputs and outputs. 55
4-3-1-Inputs. 55
4-3-2-Desirable variables. 56
4-3-3-Undesirable variables. 57
4-4- Selection of efficiency evaluation model. 59
4-4-1-Data analysis. 59
4-4-2-Results of the output-oriented BCC model to determine efficiency. 61
4-4-3-Results of the table of image points for inefficient units. 63
4-5-Choosing the appropriate model for resource allocation. 67
6-4-Results of the output-oriented BCC model to determine efficiency after resource allocation. 69
4-7-Chapter Summary. 69
Chapter Five: Discussion, Conclusions and Proposals 70
5-1-Introduction..71
5-2-Main and secondary results from Research. 72
3-5-Management practical proposals for provincial telecommunication joint-stock companies. 72
5-3-Comparison of past research results with current research results. 72
5-4-Proposals for future research. 74
5-5-Research limitations. 75
6-5-Summary75
List of sources. 76
A) Persian sources. 76
B) English sources. 79
Program for optimal allocation of resources to decision-making units. 83
English abstract. 89
List of diagrams and figures. 19
Figure (2-2) efficiency improvement model. 22
Table of internal studies. 38
Table of external studies. 40
Conceptual model of research. 46
Source:
List of references
A) Persian sources
1-Abadian, Mahshid; Zanjechi, Seyyed Mahmoud; Asadi, Mir Ahmad; Autumn and winter 2013, quality assessment-
DSL services, the combination of the analysis of its effects and the analysis of fuzzy data coverage, production and operations management magazine, third volume, series 5, number 2, pp. 76-59.
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3- Azar, Adel; Autumn and Winter 2019, data coverage analysis and hierarchical analysis process, Allameh Tabatabai University Management Journal, pp. 129-143.
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6-Hamzepour, Mehdi; Mohammadi, Rooh Elah; Summer 2013, investigating the efficiency of social security organization branches in Tehran province using data envelopment analysis (DEA), Pars Madir electronic magazine, number 4, pp. 94-117.
7- Khodayari, Abbas; Amirtash, Ali Mohammad; Mozafari, Amir Ahmad; Autumn 2017, the application of the data envelopment analysis method to determine the productivity and ranking of physical training and sports science faculties and educational groups, Sports Management Journal, No. 2, pp. 117-132.
8-Khajawi, Shekrale; Ghiori Moghadam, Ali; Ghafari, Mohammad Javad; Summer 1389, data envelopment analysis technique as a supplement to the traditional analysis of financial ratios, Journal of Accounting and Auditing, Volume 17, Number 60, pp. 41-56.
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11-Sinaei, Hassan Ali; Ghastasbi Maharloi, Rasul; Winter 2013, evaluating the efficiency and relative performance of companies with the approach of data coverage analysis in order to form a stock portfolio, Journal of Accounting Knowledge, third year, number 11, pp.105-132.
12-Financial and accounting statements of joint-stock companies of the provincial intelligence agencies of the country published on the website of the Stock Exchange Organization at WWW.CODAL.IR.
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16-Alirezaei, Mohammad Reza; Kishori, Abolfazl; Khalili, Massoud; Spring 2016, detection of efficiency, poor efficiency and inefficiency of decision-making units by implementing a program independent of the non-Archimedean epsilon number, International Journal of Engineering Sciences, University of Science and Technology, Volume 17, Number 1, pp. 51-47.
17- Isisadeh Roshan, Youssef; Khosravi, Behzad; Fall of 2018, ranking of communications in Khai-e-Kishor province with data envelopment analysis approach, journal of research in operations and its applications, 6th year, number 3 (30 consecutive), pp. 52-41