Keyphrases
Amsterdam
100%
Urban Logistics
100%
Waterways
100%
Sustainable City Logistics
100%
City Center
66%
Roadway
33%
Cost Savings
33%
Solution Quality
33%
Last-mile Delivery
33%
Logistic Problem
33%
Environmental Sustainability
33%
Travel Distance
33%
Global Cities
33%
Hybrid Solutions
33%
Vehicle Weight
33%
Innovative Approach
33%
Logistics Design
33%
Quay Wall
33%
Optimal Distribution
33%
Waterway Network
33%
Valuable Insight
33%
Sustainable Logistics
33%
Untapped Potential
33%
Distribution Network
33%
Congestion
33%
Effective Resolution
33%
Sustainable Transportation
33%
Two-echelon Vehicle Routing Problem
33%
Electric Vehicle
33%
Emission Reduction
33%
Urban Waterways
33%
Benchmark Instances
33%
Inland Waterways
33%
BOAST
33%
Problem with Time Windows
33%
Social Sciences
Integration
100%
Logistics
100%
Case Study
100%
Waterway
100%
Approach
40%
City Center
40%
Structural Elements (Buildings)
40%
Location
20%
Design
20%
Quality
20%
Vehicle Routing Problem
20%
Superior
20%
Vehicle
20%
Sustainable Development
20%
Effectiveness
20%
Managers
20%
Electric Vehicles
20%
Urban Areas
20%
Travel
20%
Transport
20%
Algorithm
20%
Efficiency
20%
Experience
20%
Emission Reduction
20%
Cost Saving
20%
Problem
20%
Distribution
20%
World City
20%
Cost
20%
Time
20%
INIS
cities
100%
cost
50%
solutions
50%
vehicles
25%
emission
25%
design
25%
electric-powered vehicles
25%
benchmarks
25%
resolution
25%
distance
25%
distribution
25%
reduction
25%
efficiency
25%
hybrids
25%
air pollution abatement
25%
inland waterways
25%
weight
25%
travel
25%
delivery
25%
sustainability
25%
routing
25%
walls
25%
algorithms
25%
strains
25%
Economics, Econometrics and Finance
Central City
100%
Cost
100%
Last-Mile Delivery
50%
Emission Reduction
50%
Environmental Sustainability
50%
Benefits
50%
Efficiency
50%
Location
50%
Managers
50%
Savings
50%
Engineering
Waterway
100%
Integration
100%
City Centre
50%
Reduction
50%
Routing Problem
25%
Efficiency
25%
Electric Vehicle
25%
Electric Power Distribution
25%
Benchmark
25%
Windows
25%
Quay Walls
25%
Hybrid
25%
Algorithm
25%
Design
25%
Inland Waterways
25%
Sustainable Development
25%
Computer Science
Case Study
100%
Design
33%
Optimal Distribution
33%
Hybrid Solution
33%
Benchmark Instance
33%
Sustainable Transportation
33%
Sustainability
33%
Solution Quality
33%
Cost Saving
33%
Routing Problem
33%
Algorithms
33%
Distribution Network
33%