On Software-based Remote Vehicle Monitoring for Detection and Mapping of Slippery Road Sections.
Denrie EnriquezSean JensonAlex BautistaPaloma HawnSun-il KimMuhammad AliJeffrey MillerPublished in: Int. J. Intell. Transp. Syst. Res. (2017)
Keyphrases
- vehicle detection
- road surface
- real time
- driver assistance systems
- control center
- lane markings
- detection algorithm
- autonomous driving
- city traffic
- road signs
- vehicle speed
- traffic monitoring
- remote monitoring
- moving vehicles
- software systems
- autonomous vehicles
- traffic accidents
- lane departure
- traffic management
- intelligent vehicles
- road safety
- traffic signs
- software development
- pedestrian detection
- object detection
- urban traffic
- monitoring system
- lane detection
- detection method
- surveillance videos
- computer systems
- continuous monitoring
- false positives
- software architecture
- detection rate
- intelligent transportation systems
- land vehicle
- advanced driver assistance systems
- traffic light
- road traffic
- road segments
- aerial images
- anomaly detection
- source code
- control system