INIS
routing
100%
trains
88%
solutions
80%
algorithms
79%
railways
76%
levels
45%
constraints
44%
optimization
38%
distance
30%
range
27%
performance
27%
vehicles
25%
safety
25%
electric-powered vehicles
25%
capacity
24%
schedules
24%
construction
23%
industry
21%
management
20%
tracks
19%
applications
19%
operations research
17%
operation
16%
sugar cane
15%
space
15%
universities
15%
patients
15%
england
15%
forecasting
15%
surveillance
15%
hybrids
15%
risks
15%
harvesting
15%
linear programming
14%
cost
11%
emission
10%
simulation
10%
resources
10%
benchmarks
10%
increasing
9%
passengers
9%
thailand
8%
production
7%
reviews
7%
monitors
7%
assignments
7%
policy
7%
evaluation
7%
planning
7%
modeling
7%
Computer Science
Scheduling Problem
95%
Routing Problem
76%
Variable Neighborhood Search
54%
Computational Experiment
34%
Searching Algorithm
31%
Operations Research
30%
System Analysis
30%
Case Study
28%
Vehicle Routing
27%
Mixed-Integer Linear Programming
27%
Operational Level
26%
Single Machine
25%
Machine Problem
25%
Programming Model
23%
Decision-Making
20%
Job Shop Scheduling Problems
20%
Traffic Management
20%
Dwell Time
19%
Solution Quality
17%
Tabu Search Algorithm
15%
Impact Assessment
15%
Integrated Service
15%
Affected Party
15%
Healthcare Provider
15%
General System Theory
15%
Technological Solution
15%
Capacity Constraint
15%
Integer Programming
15%
Simulation Tool
15%
First Set
15%
Dynamic Traffic
15%
Intelligent Speed Adaptation
15%
Production Scheduling
15%
Solution Method
14%
Propagation Delay
14%
Heuristic Method
12%
Computation Time
11%
Metaheuristics
10%
Time Constraint
10%
Pareto Frontier
10%
Parallel Machine
9%
Tactical Level
9%
Quality Time
9%
Quality Solution
7%
Allocating Resource
7%
Machine Scheduling Problem
7%
Autonomous Vehicles
7%
Unmanned Aerial Vehicle
7%
Risk Management Strategy
7%
Process Network
7%
Engineering
Railway
87%
Routing Problem
64%
Local Search
50%
Search Neighborhood
42%
Disruptions
40%
Infrastructure
40%
Electric Vehicle
30%
Search Algorithm
29%
Solution Method
20%
Dwell Time
19%
Mixed-Integer Linear Programming Model
18%
Aerospace Engineering
15%
Airlines
15%
Nodes
15%
Construction Phase
15%
Health Care
15%
Integrated Service
15%
Directional
15%
Propagation Delay
12%
Traffic Management
11%
Pareto Frontier
10%
Fixed Costs
10%
Complete Solution
9%
Computation Time
9%
Randomization
8%
United Kingdom
7%
Increasing Demand
7%
Broad Range
7%
Generic Model
7%
Similarities
7%
Tactical Planning
5%
Underwater Remotely Operated Vehicle
5%
Non-Dominated Sorting Genetic Algorithm II
5%
Transportation Sector
5%
Greenhouse Gas
5%
Real Data
5%
Battery Capacity
5%
Genetic Algorithm
5%
Gas Pipeline
5%
Unmanned Aerial Vehicle
5%
Autonomous Underwater Vehicle
5%