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Version 1

Multi-method Simulation Approach: Multiple Restaurants to Multiple Customers on-demand Food Delivery Case in point: Dubai

Published:2 March 2021|Version 1|DOI:10.17632/8km9mzstdx.1
Contributor:Mohammed Yassine LABIB

Description

Appendix: Includes GIS data collected from 172 restaurants and 117 Residential buildings (Customers Population), The simulation model along with its source code, and the analysis of the output results. Link to model: https://cloud.anylogic.com/model/9f90bbe6-81d8-43fb-88bc-24ad65d577d1?mode=SETTINGS

Institutions

Institutions

University of Wollongong - Dubai

Categories

Queueing Theory, Optimization Model, Delivery Approach, COVID-19

Licence

Creative Commons Attribution 4.0 International

Version 2

Multi-method Simulation Approach: Multiple Restaurants to Multiple Customers on-demand Food Delivery Case in point: Dubai

Published:13 January 2022|Version 2|DOI:10.17632/8km9mzstdx.2
Contributor:Mohammed Yassine LABIB

Description

Appendix: Includes GIS data collected from 172 restaurants and 117 Residential buildings (Customers Population), The simulation model along with its source code, and the analysis of the output results. Link to model: https://cloud.anylogic.com/model/9f90bbe6-81d8-43fb-88bc-24ad65d577d1?mode=SETTINGS

Institutions

Institutions

University of Wollongong - Dubai

Categories

Queueing Theory, Optimization Model, Delivery Approach, COVID-19

Licence

BSD 3-Clause ("Revised") License