Keyphrases
Metro Line
100%
Optical Fiber Sensing
50%
Regenerative Braking
50%
Railway Application
50%
Time Headway
50%
Braking Rate
50%
Railway Systems
50%
Emergency Braking
50%
Turnback
50%
Energy Efficiency
50%
Fiber Bragg Grating Sensor
37%
Railway
37%
Optical Fiber Sensor
25%
Comparison Table
25%
Dense Urban Areas
25%
Railway Transport
25%
Consumption Values
25%
Usage Rate
25%
Traction Energy Consumption
25%
Hybrid Fiber
25%
Transportation Applications
25%
Energy Usage
25%
Transport Network
25%
Energy Consumption
25%
Operation Cost
25%
Simulation Program
25%
Energy Efficient
25%
Receptivity
25%
Regenerative Energy
25%
Train Speed
25%
Energy Consumption Reduction
25%
Gradient Value
25%
Rail Transportation
25%
Traffic Problems
25%
Height Difference
25%
Air Pollution
25%
Track Gradient
16%
Central Wavelength
12%
Fiber Bragg Grating
12%
Long Distance
12%
Sensing Scheme
12%
Transportation Field
12%
Wavelength Drift
12%
Reflected Signal
12%
Applied Strain
12%
Hybrid Sensing
12%
Tunable Optical Filter
12%
Calibration Table
12%
Security Interfaces
12%
One Solution
12%
Engineering
Railway
100%
Metro
100%
Sensing System
50%
Braking Rate
50%
Energy Efficiency
50%
Energy Conservation
50%
Regenerative Braking
50%
Fibre Bragg Grating Sensor
37%
Simulation Program
25%
Reduce Energy Consumption
25%
Midsection
25%
Air Pollution
25%
Energy Usage
25%
Test Line
25%
Speed Operation
16%
Applied Strain
12%
Bragg Wavelength Shift
12%
Reflected Pulse
12%
Sensing Application
12%
Fiber Bragg Grating
12%
Optical Filter
12%
Speed Train
12%
Photodetector
12%
Crosscorrelation
12%
