Driving support device, driving support method, and driving support program
원문보기
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
G05D-001/02
G06F-017/00
B60W-030/12
B60W-030/14
G08G-001/16
출원번호
US-0879951
(2011-02-23)
등록번호
US-9405727
(2016-08-02)
국제출원번호
PCT/JP2011/053997
(2011-02-23)
§371/§102 date
20130417
(20130417)
국제공개번호
WO2012/114478
(2012-08-30)
발명자
/ 주소
Nagata, Shinichi
출원인 / 주소
TOYOTA JIDOSHA KABUSHIKI KAISHA
대리인 / 주소
Kenyon & Kenyon LLP
인용정보
피인용 횟수 :
0인용 특허 :
2
초록▼
A trajectory feature point generating unit of a driving support device determines a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of the maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vi
A trajectory feature point generating unit of a driving support device determines a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of the maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle and a map in which a lateral distance and a speed when the host vehicle passes the vicinity of the obstacle are associated with each other. Therefore, for example, the trajectory feature point generating unit can determine the target speed of the host vehicle when the host vehicle passes the vicinity of the obstacle, in the range of the maximum possible distance from the obstacle, such that the speed is equal to or less than a value corresponding to a predetermined distance. As a result, it is possible to determine a state of the host vehicle which is consistent with reality.
대표청구항▼
1. A driving support device comprising: a target determining unit that determines a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of a maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vici
1. A driving support device comprising: a target determining unit that determines a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of a maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle and including a map associating the maximum possible lateral distance of the host vehicle from the obstacle and a speed of the host vehicle at the time when the host vehicle passes the vicinity of the obstacle. 2. The driving support device according to claim 1, wherein the target determining unit determines a target distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, in the range of the maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle. 3. The driving support device according to claim 1, wherein the target determining unit determines the distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, which is estimated on the basis of the current traveling state of the host vehicle, to be the target distance, andthe target determining unit determines a speed equal to or less than the speed corresponding to the determined target distance to be the target speed in the map. 4. The driving support device according to claim 1, wherein the target determining unit determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and are evaluated to be attained from the current traveling state of the host vehicle by a minimum change in the traveling state, to be the target distance and the target speed. 5. The driving support device according to claim 1, wherein, when the host vehicle is accelerated, the target determining unit determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed,when the host vehicle is steered such that the distance from the obstacle is reduced, the target determining unit determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by braking only, to be the target distance and the target speed, andwhen the host vehicle is steered such that the distance from the obstacle increases, the target determining unit determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed. 6. The driving support device according to claim 1, wherein the target determining unit determines the target distance between the host vehicle and the obstacle and the target speed of the host vehicle when the host vehicle passes through a reference line which is set in the vicinity of the obstacle, andthe reference line is set so as to pass through a point that is closer to the current position of the host vehicle as the distance from the obstacle increases. 7. A driving support device comprising: a storage unit that stores a relationship between a distance between a host vehicle and an obstacle and a speed of the host vehicle when the host vehicle passes the vicinity of the obstacle;a maximum distance calculating unit that calculates a maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle; anda target determining unit that determines a target speed of the host vehicle when the host vehicle passes the vicinity of the obstacle, on the basis of the relationship stored in the storage unit and the maximum possible lateral distance calculated by the maximum distance calculating unit. 8. A driving support method comprising: a target determining step of determining a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of a maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle and including a map associating the maximum possible lateral distance of the host vehicle from the obstacle and a speed of the host vehicle at the time when the host vehicle passes the vicinity of the obstacle. 9. The driving support method according to claim 8, wherein the target determining step determines a target distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, in the range of the maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle. 10. The driving support method according to claim 8, wherein the target determining step determines the distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, which is estimated on the basis of the current traveling state of the host vehicle, to be the target distance, andthe target determining step determines a speed equal to or less than the speed corresponding to the determined target distance to be the target speed in the map. 11. The driving support method according to claim 8, wherein the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and are evaluated to be attained from the current traveling state of the host vehicle by a minimum change in the traveling state, to be the target distance and the target speed. 12. The driving support method according to claim 8, wherein, when the host vehicle is accelerated, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed,when the host vehicle is steered such that the distance from the obstacle is reduced, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by braking only, to be the target distance and the target speed, andwhen the host vehicle is steered such that the distance from the obstacle increases, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed. 13. The driving support method according to claim 8, wherein the target determining step determines the target distance between the host vehicle and the obstacle and the target speed of the host vehicle when the host vehicle passes through a reference line which is set in the vicinity of the obstacle, andthe reference line is set so as to pass through a point that is closer to the current position of the host vehicle as the distance from the obstacle increases. 14. A driving support program that allows an electronic computer to perform: a target determining step of determining a target speed of a host vehicle when the host vehicle passes the vicinity of an obstacle, on the basis of a maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle and including a map associating the maximum possible lateral distance of the host vehicle from the obstacle and a speed of the host vehicle at the time when the host vehicle passes the vicinity of the obstacle. 15. The driving support program according to claim 14, wherein the target determining step determines a target distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, in the range of the maximum possible lateral distance of the host vehicle from the obstacle when the host vehicle passes the vicinity of the obstacle. 16. The driving support program according to claim 1, wherein the target determining step determines the distance between the host vehicle and the obstacle when the host vehicle passes the vicinity of the obstacle, which is estimated on the basis of the current traveling state of the host vehicle, to be the target distance, andthe target determining step determines a speed equal to or less than the speed corresponding to the determined target distance to be the target speed in the map. 17. The driving support program according to claim 1, wherein the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and are evaluated to be attained from the current traveling state of the host vehicle by a minimum change in the traveling state, to be the target distance and the target speed. 18. The driving support program according to claim 1, wherein, when the host vehicle is accelerated, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed,when the host vehicle is steered such that the distance from the obstacle is reduced, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by braking only, to be the target distance and the target speed, andwhen the host vehicle is steered such that the distance from the obstacle increases, the target determining step determines the distance between the host vehicle and the obstacle and the speed of the host vehicle, which satisfy the correspondence relationship between the distance between the host vehicle and the obstacle and the speed of the host vehicle when the host vehicle passes the vicinity of the obstacle and can be attained by steering only, to be the target distance and the target speed. 19. The driving support program according to claim 14, wherein the target determining step determines the target distance between the host vehicle and the obstacle and the target speed of the host vehicle when the host vehicle passes through a reference line which is set in the vicinity of the obstacle, andthe reference line is set so as to pass through a point that is closer to the current position of the host vehicle as the distance from the obstacle increases.
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이 특허에 인용된 특허 (2)
Okada,Ryuzo, Obstacle detection apparatus and a method therefor.
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