Keyphrases
Autonomous Mobility-on-demand (AMoD)
100%
Charging Station
64%
Electric
45%
On-demand Systems
36%
Logistics Network
36%
Hauling
33%
Location-routing Problem
32%
Electric Vehicle
31%
Electric Commercial Vehicle
29%
Intermediate Stop
29%
Vehicle Routing Problem
27%
Location-routing
25%
Optimization Approach
25%
Charging Scheduling
25%
Branch-and-cut
25%
Computation Time
25%
Solution Approach
25%
Self-driving Cars
23%
Technology Choice
23%
Logistics Service Providers
23%
Scheduling Problem
23%
Mobility Services
23%
Planning Approach
22%
Intra-route Facilities
22%
Production Planning
22%
Stochastic Environment
22%
Multi-agent Deep Reinforcement Learning (MADRL)
22%
Driverless Cars
22%
Human-driven Vehicles
22%
Shared System
22%
Mixed Integer Linear Program
21%
Markov Decision Process
21%
Semiconductor Industry
20%
Charging Infrastructure
20%
Adaptive Large Neighborhood Search
18%
Public Transit
18%
Born Again
18%
Tree Ensembles
18%
Non-ferrous Metals
18%
Mixed Fleet
18%
Public Transportation System
18%
Munich
18%
Solution Quality
17%
Algorithm Framework
17%
Managerial Insights
17%
Routing Approach
17%
Matheuristic
17%
Vehicle Routing
17%
Optimal Decision
16%
Recharge
16%
Computer Science
Case Study
84%
Vehicle Routing
74%
Scheduling Problem
51%
Service Provider
50%
Routing Problem
44%
Linear Program
43%
Markov Decision Process
41%
Sharing System
33%
Computational Time
29%
Network Design
27%
Routing Decision
27%
Solution Quality
26%
Adaptive Large Neighborhood Search
25%
Public Transportation
25%
Operational Cost
25%
Reinforcement Learning
24%
Dynamic Programming
22%
Benchmark Instance
22%
Network Flow Model
22%
Real-Time Application
22%
Interpretable Machine Learning
22%
World Application
22%
Multi-Agent Deep Reinforcement Learning
22%
Operating System
22%
Matheuristics
22%
Approximation (Algorithm)
20%
Combinatorial Optimisation
18%
Polynomial Time
18%
Machine Learning
17%
Learning System
17%
Data Availability
16%
Searching Algorithm
16%
Traveled Distance
14%
Decision Tree
14%
Branch and Cut
14%
Supply Chain
13%
optimal power
11%
Vehicle to Grids
11%
Commodity Flow Problem
11%
multi-agent
11%
polynomial-time algorithm
11%
decision diagram
11%
multi agent
11%
Scheduling Algorithm
11%
Multiple Location
11%
Predictive Model
11%
System Efficiency
11%
Feature Selection
11%
Benchmarking
11%
Cost Saving
11%
