METHOD OF CONTROLLING A VEHICLE AND DRIVER ASSIST SYSTEM
A method of controlling a vehicle includes sensing forward road conditions of a road surface of the road forwardly adjacent to the vehicle in a direction of vehicle travel. Responsive to the sensed road conditions, a forward road signal is generated. Adjacent-lane road conditions of an adjacent-lane road surface of the road lateral to the forward road surface are sensed. Responsive to the sensed adjacent-lane road conditions, an adjacent-lane road signal is generated. The forward road signal and the adjacent-lane road signal are received, and a recommended amelioration action is responsively determined. The recommended amelioration action is communicated to an operator of the vehicle, and/or an adjustment of at least one of a speed of the vehicle and a lateral position on the road of the vehicle is initiated, responsive to the recommended amelioration action. A system of controlling a vehicle is also provided.
1 . A method of controlling a vehicle, the method comprising:
sensing forward road conditions of a forward road surface of the road forwardly adjacent to the vehicle in a direction of vehicle travel;
responsive to the sensed road conditions, generating a forward road signal;
sensing adjacent-lane road conditions of an adjacent-lane road surface of the road lateral to the forward road surface and in the direction of vehicle travel;
responsive to the sensed adjacent-lane road conditions, generating an adjacent-lane road signal;
receiving the forward road signal and the adjacent-lane road signal and responsively determining a recommended amelioration action; and
at least one of communicating the recommended amelioration action to an operator of the vehicle, and initiating an adjustment of at least one of a speed of the vehicle and a lateral position on the road of the vehicle responsive to the recommended amelioration action.
2 . The method of claim 1 , including:
sensing at least one ambient weather condition;
responsive to the sensed at least one ambient weather condition, generating an ambient weather signal; and
wherein receiving the forward road signal and the adjacent-lane road signal and responsively determining a recommended amelioration action includes receiving the ambient weather signal and responsively determining, in conjunction with the forward road signal and the adjacent-lane road signal, the recommended amelioration action.
3 . The method of claim 1 , wherein the recommended amelioration action is at least one of reducing a motive power output of an engine of the vehicle, actuating a braking system of the vehicle, steering the vehicle laterally within a lane of the road in which the vehicle is already traveling, and steering the vehicle laterally into an adjacent-lane of the road.
4 . The method of claim 1 , wherein communicating the recommended amelioration action to an operator of the vehicle includes operating at least one of a visual, audible, haptic, and tactile indicator corresponding to the recommended amelioration action.
5 . The method of claim 1 , wherein sensing forward road conditions of a forward road surface of the road forwardly adjacent to the vehicle in a direction of vehicle travel includes sensing at least one of a presence, an area of road surface coverage, and a depth of road surface coverage of at least one of ice, snow, and water upon the forward road surface.
6 . The method of claim 1 , wherein sensing adjacent-lane road conditions of an adjacent-lane road surface of the road lateral to the forward road surface and in the direction of vehicle travel includes sensing at least one of a presence, an area of road surface coverage, and a depth of road surface coverage of at least one of ice, snow, and water upon the adjacent-lane road surface.
7 . The method of claim 1 , wherein the adjacent-lane road surface is a first adjacent-lane road surface located in a first lateral direction relative to the forward road surface, the method including:
sensing second adjacent-lane road conditions of a second adjacent-lane road surface of the road lateral to the forward road surface, located in a second lateral direction, opposite the first lateral direction, to the forward road surface and in the direction of vehicle travel;
responsive to the sensed second adjacent-lane road conditions, generating a second adjacent-lane road signal; and
receiving the forward road signal and the first and second adjacent-lane road signals and responsively determining a recommended amelioration action.
8 . A driver assist system, the system comprising:
a forward road sensor operative to sense forward road conditions of a forward road surface of the road forwardly adjacent to the vehicle in a direction of vehicle travel and responsively generate a forward road signal;
an adjacent-lane sensor operative to sense adjacent-lane road conditions of an adjacent-lane road surface of the road lateral to the forward road surface and in the direction of vehicle travel and responsively generate an adjacent-lane road signal;
a controller operative to receive the forward road signal and the adjacent-lane road signal and responsively determine a recommended amelioration action; and
at least one of an operator communication device for communicating the recommended amelioration action to an operator of the vehicle, and a vehicle control system for adjusting at least one of a speed of the vehicle and a lateral position on the road of the vehicle responsive to the recommended amelioration action.
9 . The driver assist system of claim 8 , including an ambient sensor for sensing at least one ambient weather condition and responsively generating an ambient weather signal; and
wherein the controller is operative to receive the ambient weather signal, the forward road signal, and the adjacent-lane road signal and responsively determine a recommended amelioration action.
10 . The driver assist system of claim 8 , wherein the recommended amelioration action is at least one of reducing a motive power output of an engine of the vehicle, actuating a braking system of the vehicle, steering the vehicle laterally within a lane of the road in which the vehicle is already traveling, and steering the vehicle laterally into an adjacent-lane of the road.
11 . The driver assist system of claim 8 , wherein the operator communication device is at least one of a visual, audible, haptic, and tactile user-perceptible indicator corresponding to the recommended amelioration action.
12 . The driver assist system of claim 8 , wherein the adjacent-lane road surface is a first adjacent-lane road surface located in a first lateral direction relative to the forward road surface, the apparatus including:
a second adjacent-lane sensor operative to sense second adjacent-lane road conditions of a second adjacent-lane road surface of the road lateral to the forward road surface, located in a second lateral direction, opposite the first lateral direction, to the forward road surface and in the direction of vehicle travel and responsively generate a second adjacent-lane road signal; and
wherein the controller is operative to receive the forward road signal and the first and second adjacent-lane road signals and responsively determine a recommended amelioration action.