Car lane departure warning system Roadscope - PLK Automotive Sensor Technologies Co., Ltd. in ACE Suppliers B2B Marketplace

Car lane departure warning system Roadscope

Roadscope is a lane departure warning system which continually monitors the position of the vehicle in relation to roadside markings through a camera behind the room mirror. If identifiable lines on either side of the driving lane are driven over or crossed, the system gives a warning sound and a voice announcement about the situation. The lane departure warning system estimates the driver's intention and will not give a warning optionally if :
- the vehicle's speed is less than 60 km/h.
- either turn signal is on.

In United States, Japan, Germany, Australia and Korea, where the road system is well established and the automotive industry is flourishing, truckers and commuters are driving more and farther on the road. As an inevitable consequence, they are threatened by lane departure accidents due to fatigued, inattentive or drowsy driving.
Since 1970s, many tried to make lane departure warning systems (LDWS) to protect drivers. Mitsubishi, Hino and Isuzu of Japan, Benz and Man of Germany and Freightliner of United States are among the automakers applied LDWS into their trucks. Some industry leaders in passenger car market, including Toyota, Nissan and Ford are urging to bring up LDWS-equipped models.
Now, PLK Automotive Sensor Technologies presents the newest and finest solution unveiled in the market.

The Roadscope is the ultimate fusion of image processing technology and artificial intelligence(AI). The system incorporates the state-of-the-art DSP(Digital Signal Processor) and high performance image sensor. The powerful image processing algorithm and robust design technology enables the system to :
- works with single or multiple lane roadways.
- works on roads paved with either asphalt or concrete.
- gives a warning regardless of the color of lines, white, yellow or blue.
- works around the clock, day, night or dawn.
- works unaffected by atmospheric condition.
- minimize false warnings.
- be the smallest in size.
- consumes minimal current.