Monitoring device
A monitoring device has a processor configured to determine whether a first moving object and a second moving object in a predetermined area around a host vehicle are present, set a first detection area for the first moving object and a second detection area for the second moving object, determine whether an obstacle which interrupts detection of the second moving object in the first detection area and interrupts detection of the first moving object in the second detection area is present, determine whether the first and second moving objects will approach to a predetermined reference distance in a state where detection of the second moving object in the first detection area is interrupted by the obstacle and detection of the first moving object in the second detection area is interrupted by the obstacle, and decide to notify the first and the second moving object of a warning.
1 . A monitoring device comprising:
a processor configured to
determine whether a first moving object and a second moving object are present in a predetermined area around a host vehicle,
set a first detection area for detecting another moving object with respect to the first moving object and a second detection area for detecting another moving object with respect to the second moving object, when it has been determined that the first moving object and the second moving object are present,
determine whether an obstacle which interrupts detection of the second moving object included in the first detection area and interrupts detection of the first moving object included in the second detection area is present, when the first detection area and the second detection area have been set,
determine whether the first moving object and the second moving object will approach to a predetermined reference distance in a state where detection of the second moving object in the first detection area is interrupted by the obstacle and detection of the first moving object in the second detection area is interrupted by the obstacle, when it has been determined that the obstacle is present,
decide to notify the first moving object and the second moving object of a warning, when it has been determined that the first moving object and the second moving object will approach to the reference distance,
set the reference distance based on a positional relationship of the first moving object and the second moving object with respect to the host vehicle, and
set the reference distance to be shorter when the first moving object and the second moving object are on the same side with respect to the host vehicle than when the first moving object and the second moving object are on different sides with respect to the host vehicle.
2 . A monitoring device comprising:
a processor configured to
determine whether a first moving object and a second moving object are present in a predetermined area around a host vehicle,
set a first detection area for detecting another moving object with respect to the first moving object and a second detection area for detecting another moving object with respect to the second moving object, when it has been determined that the first moving object and the second moving object are present,
determine whether an obstacle which interrupts detection of the second moving object included in the first detection area and interrupts detection of the first moving object included in the second detection area is present, when the first detection area and the second detection area have been set,
determine whether the first moving object and the second moving object will approach to a predetermined reference distance in a state where detection of the second moving object in the first detection area is interrupted by the obstacle and detection of the first moving object in the second detection area is interrupted by the obstacle, when it has been determined that the obstacle is present,
decide to notify the first moving object and the second moving object of a warning, when it has been determined that the first moving object and the second moving object will approach to the reference distance,
set the reference distance based on speed of the first moving object and the second moving object, and
set the reference distance to be longer when the speed of one of the first moving object and the speed of the second moving object exceeds a predetermined reference speed than when the speed of the first moving object and the speed of the second moving object does not exceed the reference speed.