Obstacle detecting method, obstacle detecting apparatus, and standard moving-body model
An obstacle detecting method for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body. The obstacle detecting method includes setting a movable area which is a surrounding area of the moving body and in which the moving body can move, arranging plural unconfirmed bodies over an entire area of the movable area as obstacle candidates as an initial state, and deleting the obstacle candidate which is determined not to be actually present as a result of detection by the sensor from the obstacle candidates arranged as the initial state.
1. An obstacle detecting method for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body, comprising:
setting a movable area which is a surrounding area of the moving body and in which the moving body can move;
arranging plural unconfirmed bodies over an entire area of the movable area as obstacle candidates as an initial state; and
deleting the obstacle candidate which is determined not to be actually present as a result of detection by the sensor from the obstacle candidates arranged as the initial state.
2. The obstacle detecting method according to claim 1 , wherein
the deleting is performed in sequence from the obstacle candidate closer to the moving body.
3. The obstacle detecting method according to claim 1 , wherein
the unconfirmed body arranged as the obstacle candidate has a characteristic of a moving-body model for prediction of a behavior of the unconfirmed body.
4. The obstacle detecting method according to claim 3 , wherein
the moving-body model is a virtual standard moving-body model having a virtual characteristic which is an integration of characteristics of plural single-moving-body models having different characteristics.
5. The obstacle detecting method according to claim 4 , wherein
one of the single-moving-body models is an automobile model for predicting a behavior of an automobile.
6. The obstacle detecting method according to claim 4 , wherein
one of the single-moving-body models is a human model for predicting a behavior of a human.
7. The obstacle detecting method according to claim 1 , further comprising
replacing the obstacle candidate which is determined to be actually present based on a result of detection by the sensor from the arranged obstacle candidates with an actually present obstacle.
8. An obstacle detecting method for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body, comprising:
setting a movable area which is a surrounding area of the moving body and in which the moving body can move;
detecting an empty area which is a surrounding area of the moving body and in which the obstacle is not actually present according to a result of detection by the sensor;
setting a complementary area which is an area other than the empty area in the movable area; and
arranging an unconfirmed body as an obstacle candidate over an entire area of the complementary area.
9. The obstacle detecting method according to claim 8 , wherein
the unconfirmed body arranged as the obstacle candidate has a characteristic of a moving-body model for prediction of a behavior of the unconfirmed body.
10. The obstacle detecting method according to claim 9 , wherein
the moving-body model is a virtual standard moving-body model having a virtual characteristic which is an integration of characteristics of plural single-moving-body models having different characteristics.
11. The obstacle detecting method according to claim 10 , wherein
one of the single-moving-body models is an automobile model for predicting a behavior of an automobile.
12. The obstacle detecting method according to claim 10 , wherein
one of the single-moving-body models is a human model for predicting a behavior of a human.
13. The obstacle detecting method according to claim 8 , further comprising
replacing the obstacle candidate which is determined to be actually present based on a result of detection by the sensor from the arranged obstacle candidates with an actually present obstacle.
14. A standard moving-body model for predicting a behavior of a virtual unconfirmed moving body, the virtual unconfirmed moving-body being produced by an obstacle integrating unit included in an obstacle detecting apparatus, the standard moving-body model having a virtual characteristic which is an integration of characteristics of plural single-moving-body models which have different characteristics and can be actually present as the moving body.
15. The standard moving-body model according to claim 14 , wherein
one of the single-moving-body models is an automobile model for predicting a behavior of an automobile.
16. The standard moving-body model according to claim 14 , wherein
one of the single-moving-body models is a human model for predicting a behavior of a human.
17. An obstacle detecting apparatus for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body, comprising:
an area setting unit that sets a movable area which is a surrounding area of the moving body and in which the moving body can move;
an arranging unit that arranges plural unconfirmed bodies over an entire area of the movable area as obstacle candidates as an initial state; and
a deleting unit that deletes the obstacle candidate which is determined not to be actually present as a result of detection by the sensor from the obstacle candidates arranged as the initial state.
18. The obstacle detecting apparatus according to claim 17 , wherein
the unconfirmed body arranged as the obstacle candidate has a characteristic of a moving-body model for prediction of a behavior of the unconfirmed body.
19. The obstacle detecting apparatus according to claim 18 , wherein
the moving-body model is a virtual standard moving-body model having a virtual characteristic which is an integration of characteristics of plural single-moving-body models having different characteristics.
20. The obstacle detecting apparatus according to claim 19 , wherein
one of the single-moving-body models is an automobile model for predicting a behavior of an automobile.
21. The obstacle detecting apparatus according to claim 19 , wherein
one of the single-moving-body models is a human model for predicting a behavior of a human.
22. The obstacle detecting apparatus according to claim 17 , further comprising
a replacing unit that replaces the obstacle candidate which is determined to be actually present based on a result of detection by the sensor from the arranged obstacle candidates with an actually present obstacle.
23. An obstacle detecting apparatus for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body, comprising:
an area setting unit that sets a movable area which is a surrounding area of the moving body and in which the moving body can move;
an empty area detecting unit that detects an empty area which is a surrounding area of the moving body and in which the obstacle is not actually present according to a result of detection by the sensor;
a complementary area setting unit that sets a complementary area which is an area other than the empty area in the movable area; and
an arranging unit that arranges an unconfirmed body as an obstacle candidate over an entire area of the complementary area.
24. The obstacle detecting apparatus according to claim 23 , wherein
the unconfirmed body arranged as the obstacle candidate has a characteristic of a moving-body model for prediction of a behavior of the unconfirmed body.
25. The obstacle detecting apparatus according to claim 24 , wherein
the moving-body model is a virtual standard moving-body model having a virtual characteristic which is an integration of characteristics of plural single-moving-body models having different characteristics.
26. The obstacle detecting apparatus according to claim 25 , wherein
one of the single-moving-body models is an automobile model for predicting a behavior of an automobile.
27. The obstacle detecting apparatus according to claim 25 , wherein
one of the single-moving-body models is a human model for predicting a behavior of a human.
28. The obstacle detecting apparatus claim 23 , further comprising
a replacing unit that replaces the obstacle candidate which is determined to be actually present based on a result of detection by the sensor from the arranged obstacle candidates with an actually present obstacle.