| Title |
Amber Information Design to Keep Safety-Driving Under Road Structure at Local-Scale Geographic |
| Authors |
박종찬(Park, Jung-Chan) ; 홍규장(Hong, Gyu- Jang) |
| Keywords |
Amber Information ITS(Intelligent Traffic System) ; BMS(Bridge Management System) ; IMS(Tunnel Management System) ; Rule Base System |
| Abstract |
In order to keep safe driving conditions under road networks, there are several formations such as road structure, road surface condition, traffic occupancy and supplement of an accurate information of traffic status ahead To support safe-driving on each road formation, each formation is supplied with various information to help the driver. However, in some cases like rapid status change at local-scale geography, traffic information systems often displays insufficient information because of the lack of information correlation. In order to accurately aware the driver, all road formation must be in sync. It is important to supply accurate information to the driver because this information directly impacts the drivers on the road. This paper discusses the amber information to keep the least safety driving over road formations including tunnels and bridges. This paper also will propose the informations for safe-driving conditions, information linkage on the road and rule-base safety information, as ITS technology, being displayed for all drivers under the worst weather conditions. |