Contents & References of Location of multi-storey parking lot using AHP and OWA fuzzy model
List:
Table of Contents
List of Tables
List of Figures
Table of Contents
Chapter One: Research Overview
1-1 Introduction
1-2 Statement of the problem (the main research problem)
1-3 Importance and necessity of research
1-4 Research objectives
1-4-1 Scientific objective of research
1-4-2 Practical research objective
1-5 Research questions
1-6 Research assumptions
1-7 Research method
Chapter two: Literature and theoretical foundations of research
2-1 Introduction
2-3 Review of study records
2-2-1 Location research background
2-2-2 Background of parking location research using GIS and fuzzy model
Chapter three: Research method
3-1 Introduction
3-2 Research method
3-3 Concepts and definitions of methods
3-3-1 Geographic information systems
3-3-1-1 Definitions of geographic information systems
3-3-1-2 Components of geographic information systems
3-3-1-3 Difference between data and information
3-3-1-4 Objectives of using geographic information systems
3-3-1-5 Advantages of using geographic information systems
3-3-1-6 History and evolution of information systems Geographical
3-3-1-7 Geographic Information Systems in Iran
3-3-1-8 Various Applications of Geographic Information Systems
3-3-1-9 Geographic Information Systems in Urban Planning and Decision Making
3-3-2 Definitions of Fuzzy Model
3-3-2-1 Background of Fuzzy Model
3-3-2-2 Fuzzy Model Applications
3-3-2-3 Features of Fuzzy Model
3-3-3 Definitions of OWA Fuzzy Model
3-3-4 Definitions of AHP Fuzzy Model
3-3-4-1 Principles of Hierarchy Analysis Process
3-3-4-2 Basic Steps of Hierarchy Analysis Process Hierarchy
3-4 Research Area
3-4-1 Survey of the Geographical Location of the Research Area
3-4-2 Features of the Region, Current Status
3-4-3 Extent
3-4-4 Extent
3-4-5 Number of Districts and Localities
3-4-6 Highways in the Region
3-4-7 Characteristics and characteristics of the western half of the region
3-4-8 Characteristics and characteristics of the eastern half of the region
3-4-9 Demographic characteristics
3-4-10 Economic characteristics
3-4-11 Natural location
3-4-12 Characteristics unique to the region
3-4-13 Strengths and weaknesses and issues of the region
3-4-13-1 Strengths
3-4-13-2 Weaknesses
3-4-14 Regional issues
3-4-15 Introduction of the six regions of the region
3-5 Variables under investigation
3-5-1 Access criteria
3-5-2 Criteria Neighborhood
3-5-3 Environmental criteria
3-6 Data collection tools
3-7 Method of data collection and presentation
3-8 Preparation of information layers
3-8-1 Preparation of access layers
3-8-2 Preparation of neighborhood layers
3-8-3 Preparation of environmental layers
3-8-4 preparation of restriction layers
3-9 processing
Chapter four: data analysis
4-1 introduction
4-2 effective criteria in parking location
4-3 preparation of information layers
4-4 analysis
4-4-1 AHP ??method
4-4-1-1 Weighting through AHP
4-4-1-1-1 Weighting of main criteria by AHP method
4-4-1-1-2 Weighting of main criteria and sub-criteria of Barosh AHP
4-4-1-1-3 Weights obtained from AHP model
4-4-2 OWA method
4-4-3 weighting using the integrated Fuzzy AHP-OWA model
4-4-3-1 conceptual model of the Fuzzy AHP-OWA method
4-5 research hypothesis testing
Chapter 5: discussion, interpretation and conclusion
5-1 conclusion
5-2 suggestions
list of flowcharts
Chart 1-1. Amount of available parking spaces and parking demand (shortage) in 22 districts of Tehran
Flowchart 1-2. A summary of the research
Flowchart 1-3. Research method
Flowchart 3-2. The structure of a hierarchical model
Flowchart 1-4. Hierarchy of effective criteria and sub-criteria in parking location
Flowchart 4-2. Conceptual model of FUZZY AHP-OW method
List of figures
Figure 3-1. Decision strategy space in OWA method
Figure 3-2. Geographical location of the study area
Figure 3-3. The scope and basis of the information of the research maps in the ARC GIS software
Figure 3-4. Areas with worn-out fabric in District 3 of Tehran
Figure 5-3. Map. Slope map of district 6 of district 3 of Tehran
Figure 6-3. Limitation map of educational-research centers of district 6, district 3 of Tehran city
Figure 3-7. The map of the limits of green spaces in District 6, District 3 of Tehran. Figure 8-3. Limitation map of medical centers and hospitals in district 6 of district 3 of Tehran
Figure 9-3. Limitation map of commercial centers in district 6 of district 3 of Tehran
Figure 10-3. Map of the limits of recreational-sports centers in district 6 of district 3 of Tehran
Figure 11-3. Map of existing parking restrictions in District 6, District 3 of Tehran
Figure 4-1. The final result of the method of pairwise comparisons in the hydrangea software
Figure 4-1. The final result of the method of pairwise comparisons in the hydrangea software
Figure 4-2.
Figure 4-3. AND command in Hydrasi software
Figure 4-4. OR command in Hydrasi software
Figure 4-5. MID command in Hydrasi software
Figure 4-6. Applying control points in the hydrangea software
Figure 4-7. The final map of AND method in Hydrasi software
Figure 4-8. The final map of OR method in Hydrasi software
Figure 9-4. The final map of the MID method in Hydrasi software
Figure 4-10. The final map of the AND method in Hydrasi software
Figure 4-11. The final map of OR method in Hydrasi software
Figure 4-12. The final map of the MID method in Hydrasi software
Figure 4-13. Location of existing parking lots in the study area
Figure 14-4. Location of parking lots in the final map
List of tables
Table 3-1. linguistic term in FUZZY AHP-OWA method
Table 3-2. Area and percentage of major land uses
Table 3-3. Physical condition of district 6, district 3 of Tehran
Table 1-4. Effective criteria and sub-criteria in parking location
Table 4-2. Suitable distance for walking from the parking lot to different population centers
Table 4-3. The maximum acceptable walking distance between the parking lot and population centers
Table 4-4. Criteria preferences in AHP weighting method
Table 4-5. Pairwise comparisons of main criteria
Table 4-6. AHP weighting method coefficients matrix
Table 4-7. The weighting of the main criteria and sub-criteria of the research and the weights obtained from the AHP model
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