INIS
acceleration
40%
cars
10%
constraints
30%
control
40%
cooperatives
100%
deceleration
10%
demand
10%
emission
10%
environment
10%
fuel consumption
10%
layers
100%
length
20%
levels
10%
linear programming
20%
motion
10%
optimization
100%
output
10%
performance
30%
signals
100%
simulation
30%
solutions
10%
speed
20%
traffic control
10%
trajectories
100%
travel
20%
vehicles
100%
Engineering
Arrival Rate
25%
Cooperative
100%
Cycle Length
25%
Demonstrates
25%
Intersections
100%
Joints (Structural Components)
100%
Linearization
25%
Mixed-Integer Linear Programming
50%
Models
50%
Optimal Pattern
25%
Optimization
100%
Platooning
25%
Railroad Cars
25%
Simulation Result
50%
Terminal Condition
25%
Turning
25%
Computer Science
Control Approach
100%
Linear Programming Problem
25%
Logic Constraint
25%
Mixed-Integer Linear Programming
50%
Programming Technique
25%
Standards
25%
Traffic Demand
25%
Traffic Signal
100%