An Extended Neutrosophic Stepwise Weight Assessment Ratio Analysis Technique Based on GIS for Analysing Flash Floods

Faculty Computer Science Year: 2023
Type of Publication: ZU Hosted Pages:
Authors:
Journal: International Journal of Neutrosophic Science (IJNS) ASPG Volume:
Keywords : , Extended Neutrosophic Stepwise Weight Assessment Ratio    
Abstract:
Flash floods are a sudden natural hazard caused by successive heavy rains in a short period of time. The world suffers from heavy and frequent rains due to climate change. So, the risk assessment of flash floods is considered increasingly i
   
     
 
       

Author Related Publications

  • Hassan hassan mohamed mohamed, "An Extended Neutrosophic Stepwise Weight Assessment Ratio Analysis Technique Based on GIS for Analysing Flash Floods.", ASPG, 2023 More
  • Hassan hassan mohamed mohamed, "An effective Decision making model through Fusion Optimization and risk associated with flash flood hazards: A case study Asyut, Egypt", ASPG, 2023 More
  • Hassan hassan mohamed mohamed, "An effective Decision making model through Fusion Optimization and risk associated with flash flood hazards: A case study Asyut, Egypt", ASPG, 2023 More

Department Related Publications

  • Abdelnaser Hessien Reyad Zaied , "A Technique for Cost Justified Software Usability Testing", Engineering Research Journal, Helwan University,, 2002 More
  • Abdelnaser Hessien Reyad Zaied , "Assessing e-Readiness in the Arab Countries: Perceptions Towards ICT Environment in Public Organizations in the State of Kuwait", Electronic Journal of e-Government, 2007 More
  • Abdelnaser Hessien Reyad Zaied , "Development of Driver Assistance Collision Avoidance Fuzzy System", Emirates Journal for Engineering Research, 2006 More
  • Amira Mohammed Fawzi AbedulFatah, "DATA MINING TECHNIQUES FOR DATABASE PREDICTION: STARTING POINT.", Journal of Theoretical and Applied Information Technology, 2018 More
  • Nabil Moustafa AbdelAziz, "An Integrated Neutrosophic and MOORA for Selecting Machine Tool", Zenodo, 2019 More
Tweet