Solid waste management, which includes collection, transportation, disposal and recycling, is a critical environmental issue increasing in severity due to industrialization, urban population growth and consumption. In this study, we present a vehicle routing approach based on the ant colony optimization algorithm. We work on the real-world data of Maltepe Municipality, Istanbul, Turkey. The experimental results show that we estimate the shortest route path with 13% efficiency compared to the existing route. We believe this would play an important role in solid waste management, help reduce costs as well as provide fast and efficient waste collection for local municipalities. © 2021 IEEE
Uncontrolled urban population growth in metropolitan areas of developing countries in recent years h...
The quick growth of urbanization and population, as well as the transformation of industrial and mat...
Collection and transportation within the system of solid waste management may account more than 60% ...
Municipalities are responsible for solid waste collectiont for environmental, social and economic pu...
This research paper presents a case study of a Vehicle Routing Problem (VRP). The objective is to mi...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
This paper reviews the effect of applying optimization methods on the collection process of solid wa...
The transportation phase of solid waste management is highly critical as it may constitute approxima...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
The search for the shortest path of the waste collection process is an interesting topic that can be...
The increase in population and growth in economics cause the rise in living standards in developing ...
Optimal solid waste collection routes identified by the ant colony system algorithm In the present p...
Abstract: Problem statement: Southern Waste Management environment (SWM environment) is a company re...
This study simulated the routes of a municipal solid waste collection by a mathematical model of Dij...
Uncontrolled urban population growth in metropolitan areas of developing countries in recent years h...
The quick growth of urbanization and population, as well as the transformation of industrial and mat...
Collection and transportation within the system of solid waste management may account more than 60% ...
Municipalities are responsible for solid waste collectiont for environmental, social and economic pu...
This research paper presents a case study of a Vehicle Routing Problem (VRP). The objective is to mi...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
This paper reviews the effect of applying optimization methods on the collection process of solid wa...
The transportation phase of solid waste management is highly critical as it may constitute approxima...
Routing of solid waste collection vehicles in developing countries poses a challenging task. New dec...
The search for the shortest path of the waste collection process is an interesting topic that can be...
The increase in population and growth in economics cause the rise in living standards in developing ...
Optimal solid waste collection routes identified by the ant colony system algorithm In the present p...
Abstract: Problem statement: Southern Waste Management environment (SWM environment) is a company re...
This study simulated the routes of a municipal solid waste collection by a mathematical model of Dij...
Uncontrolled urban population growth in metropolitan areas of developing countries in recent years h...
The quick growth of urbanization and population, as well as the transformation of industrial and mat...
Collection and transportation within the system of solid waste management may account more than 60% ...