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Kharazmi University Faculty of Geographical Sciences Geoanformatic
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Dr. Hani Rezayan
Assistant Professor of Geoanformatic
Faculty of Geographical Sciences
Google Scholar
Brief CV
Assistant Professor, Department of RS-GIS, Faculty of Geographic Sciences, Kharazmi University, Tehran, Iran, Hani.Rezayan@Gmail,com , Hani.Rezayan@khu.ac.ir
First Language: Persian (Professional)
Second Languages: English (Advanced), French (Preliminary)
Educational Career:
  • BSc in Surveying, 2000,  Eng. Faculty, Tehran University, Tehran, Iran 
    Project Topic: SubPixel Automatic Image Matching.
  • MSc in GIS, 2003,  Eng. Faculty, Tehran University, Tehran, Iran 
    Thesis Topic: Developent of a Conceptual Model for Iraninan Spatial Data Infrastructure. 
    Thesis SubTopics: (a) Risk Manageemnt using Multi-Sourced Data, (b) Flood Simulation using Realistic Dinf Method, and (c) Combined Data Uncertainty Assessment using MonteCarlo Simulation Method.
  • PhD in GIS, 2010,  Eng. Faculty, Tehran University, Tehran, Iran   
    Thesis Topic: Spatial Rules Generate Urban Patterns.
Interested in:
  • Mathematical spatial modeling
  • Agent-based spatial simulation
  • Web based spatial services
  • Enterprise spatial database modeling
  • Open Source GIS
  • Spatial Databases
Teaching Career:
  • GIS (Basics, Advanced, and Applications)
  • Cadastre (Basics and Advanced)
  • Digital Documents Management
  • Fundamentals of Urban Studies
  • Advanced GIS Programming
  • Environmental Hazards Modeling
  • MCD Applications for Environmental Hazards
  • Database Management
  • Mathematics
  • Technical Writing
  • Research Methodology

 
Peer-Reviewed Papers:
  1. Rezayan, H., et al., Spatial Rules Generate Urban Patterns: Emergence of the Small-World Network. Lecture Notes In Geoinformation and Cartography (LNG&C): Headway in Spatial Data Handling, 2008. 13th International Symposium on Spatial data Handling: p. 533-556.
  2. Rezayan, H., et al., Temporal Topological Relationships of Convex Spaces in Space Syntax Theory, International Symposium on Spatio-Temporal Modeling (Accepted among the Best Papers).2008: Beijing, China.
  3. Rezayan, H. and A. Najian, Land Use Allocation Optimization Using Advanced Geospatial Information Analyzes. World Applied Sciences Journal, 2008. 3(1): p. 136-142.
  4. Rezayan, H., et al., Spatial rules that generate urban patterns: Emergence of the power law in the distribution of axial line length. International Journal of Applied Earth Observation And GeoInformation, 2010. 12(5): p. 317-330.
  5. Rezayan, H., Bakhtyari, H. R. R., Sadidi, J., & Fouladlou, B. Sensitivity Analysis of Iraninan Standard Spatial Data for Multiple Surface Flow Simulation on Arid Lands (Case Study: Bushehr Province, Iran), Journal of arid regions geographic studies, 2014.
Conference Papers:
  1. Delavar, M.R. and H. Rezayan, Development of a Conceptual Framework for Iranian NSDI, International Symposium of Spatial Data Infrastructure. 2001: Melbourne, Australia.
  2. Delavar, M.R. and H. Rezayan, Development of an Urban Geospatial Data Infrastructure, International Conference of UDMS. 2002: Prague, Cezk Republic.
  3. Rezayan, H., GIS Utilization for Effective Management of Roads Black Spots, PIARC Conference. 2002: Durban, South Africa.
  4. Delavar, M.R. and H. Rezayan, NSDI and IT Evolution, Map Asia 2003 Conference. 2003: Singapore, Malaysia.
  5. Rezayan, H., M.R. Delavar, and A. Rajabifard, An Investigation of TQM for SDI, International Symposium of Spatial Quality. 2004: Vienna, Austria.
  6. Karimipour, F., et al., Point in Polygon Analysis for Moving Objects, Dynamic Modeling of GIS (DMGIS). 2005: Pontypridd, Wales.
  7. Karimipour, F., M.R. Delavar, and H. Rezayan, Neighborhood Analysis in Water Pollution Estimation, International Society for Environmental Information Sciences (ISEIS). 2005: Xiamen, China.
  8. Rezayan, H., et al., Neighborhoods Development in Real Estate Appraisal Process, FIG. 2005: Cairo, Egypt.
  9. Toosi, A.M., M.R. Delavar, and H. Rezayan. Upgrading Urban Detailed Plan Production Process Using GIS: Case Study Production of Land Value Data Layer. FID. Cairo, Egypt. 2005.
  10. Karimipour, F. and M.R.R. Delavar, H., Formalization of Moving Objects' Spatial Analyses Using Algebraic Structures, Geographic Information Science Conference. 2006: Munster, Germany.
  11. Malian, A., H. Rezayan, SakiZadeh, M., Farhang, Z., Detection, Modeling and Analysis of Pollution of Water Resources by means of Integration of Remote Sensing and Geospatial Information System, Geomatics 94, 2014, National Cartographic Center of Iran.
  12. FadaeeBashi, F., and H. Rezayan, Urban Parks Location Using Fuzzy Logic (Case Study: Kalateh, Roudbar), Geomatics 94, 2014, National Cartographic Center of Iran.
Book Chapters:
  • Rezayan, H., et al., Temporal Topological Relationships of Convex Spaces in Space Syntax Theory, Advances in Spatio-Temporal Analysis, X. Tang, et al., Editors. 2008, Tailor & Francis Group: London, UK. p. 85-100.
Book Translations:
  • Nebert, D.D., The SDI Cookbook. 2009, Tehran: Iranian National Cartography Center (In Persian)
Projects:
  1. Development of Web based land management, Organization of Astan Qods Razavi of Tehran, Iran, 2014.
  2. Development of Administrative Areas Hierarchy Management System (2.0), Iranian Statistical Center, Iran, 2014.
  3. Development of Census Allocation Software (2.0), Iranian Statistical Center, Iran, 2014.
  4. Development of Isfahan Municipality Geo-Database, Isfahan Municipality, Iran, 2012.
  5. Development of Isfahan Municipality Web based Spatial Data Catalog, Isfahan Municipality, Iran, 2011, (http://datacatalog.isfahan.ir).
  6. Development of Isfahan Municipality Web based Surface Water Disposal Management System, Iran, 2011.
  7. Development of Census Allocation Software, Iranian Statistical Center, Iran, 2011.
  8. Development of Administrative Areas Hierarchy Management System, Iranian Statistical Center, Iran, 2011.
  9. Development of Urban Data (1:2000) Enrichment Guideline, Yazd Municipality, Iran, 2010.
  10. Development of Web based spatial urban design and planning management system, Shandiz Municipality, Iran, 2009.
  11. Updating of Qanats (underground man-made water canals) Maps, Tehran Municipality, Iran, 2009.
  12. Development of Pavement Management System (ArcMap Extension), , Technical Soil Mechanic Lab, Iran, 2006-2011.
  13. 3D Modeling and Interpolation of Soil Profiles, A Module of Soil Mechanic Software, 2006.
  14. Development of Garbage Disposal Management Maps, Internal Ministry, Iran, 2005.
  15. Feasibility Study of GIS for Iranian Cadaster, Tehran University, Iran, 2004.
  16. Feasibility Study of GIS for Iranian Railways Maintenance, Tehran University, Iran, 2003.
  17. Development of Road Safety Assessment System, Road and Transportation Org., Iran, 2002.
Implemented Standards and Protocols:
  1. OGC 99-105r2 (Features Specification)
  2. OGC 04-021r3 (Catalog Service Specification)
  3. OGC 99-108r2 (Relationships Between Features Specification)
  4. OGC 00-063r2 (Spatial References Specification)
  5. ISO 19115
  6. ISO 11935
  7. Waterfall, Prototyping, and Agile RUP Software Development methods
Programming Skills:
  1. .Net (C# and VB)
  2. C and C++
  3. VB6
  4. VBA (esp. Microsoft, ESRI, and Autodesk Softwares)
  5. Python
  6. PHP
  7. ECMAScript / JavaScript
  8. SQL (esp. Standard, plsql, pgsql, and pysql)
  9. Haskell (GHC)
  10. JAVA
  11. Agent Simulations (esp. NetLogo and Swarm)
  12. 3D Modeling (esp. OpenGL and VRML)
  13. Arcview Avenue
DBMS:
  1. PostgreSQL
  2. SQLServer
  3. Oracle
  4. MS Access
  5. SQLite
  6. MySQL
  7. CouchDB
  8. MongoDB
Programs Used:
  1. ESRI Products (ArcGIS and ArcView)
  2. Autodesk Products (Autocad and Autocad Map)
  3. GRASS
  4. Microstation
  5. Matlab