Engineering
Bus Line
66%
Metro
66%
Real Life
66%
Optimization Approach
33%
Investment Cost
33%
Pareto Front
33%
Pareto Plot
33%
Illustrates
33%
Objective Problem
33%
Connected Component
33%
Line Segment
33%
Complete Set
33%
Main Advantage
33%
Polynomial Time
33%
Paris Agreement
33%
Numerical Experiment
33%
Problem Relaxation
33%
Decision Maker
33%
Operational Data
33%
Programming Model
33%
Redesign
33%
Mixed-Integer Programming Model
33%
Rolling Stock
33%
Railway
33%
Keyphrases
Transit Investments
33%
Group Size
33%
Network Design
33%
Transit Line
33%
Rapid Transit Line
33%
Bus Rapid Transit
33%
Network Immunization
33%
Disease Spread
33%
Integrated Route
33%
Hypergraph Model
20%
Teaching Sport
19%
Individualized Strategy
19%
Contact Graph
19%
Route Segment
16%
Capital Region
16%
Disease Progression
11%
Health Education
11%
Agent-based Model
11%
Organized Activities
11%
Sports Activity
11%
Real-life Data
11%
Well-being
11%
Mathematical Algorithm
11%
Classroom Teaching
11%
Graph Structure
11%
Close Contact
11%
Work Shift
11%
Computational Study
11%
Travel Time
8%
Multimodal Travel
8%
Network Design Problem
8%
Tram System
8%
Travel Data
8%
Addition Problems
8%
Public Transport
8%
Denmark
8%
Willingness to Test
8%
Travellers
8%
Optimization Model
8%
Shared Bicycle
8%
Reopening Strategies
8%
Integer L-shaped Method
8%
Modular Autonomous Vehicles
8%
Rolling Horizon Approach
8%
Willingness to Invest
6%
Linear Programming Bound
6%
Light Setting
6%
Computer Science
Bus Rapid Transit
100%
Stochastic Programming
41%
Network Design
33%
Problem Selection
33%
Attractiveness
33%
Considerable Number
33%
Size Limitation
33%
Bus Network
33%
Adjusted Version
33%
Traveling Time
16%
Network Design Problem
16%
Programming Model
16%
Scheduling Problem
16%
Case Study
13%
Quality Solution
8%
Polynomial Time
8%
Mixed Integer Programming
8%
Valid Inequality
8%
Operational Data
8%
Autonomous Vehicles
8%
Decision Maker
6%
Connected Component
6%
