Image processing apparatus
An imaging means acquires an imaged image in a predetermined imaging range for each predetermined frame rate. An image processing means performs image processing on image data of the image captured by the imaging means. A first setting means (S 420 ) sets the imaging means to image a predetermined first range in the imaging range with a predetermined first frame rate. A second setting means (S 430 ) sets the imaging means to image a second range, which is a part of the imaging range imaged by the imaging means and is narrower than the first range, with a second frame rate higher than the first frame rate. A determination means (S 420 ) selects one of the first setting means and the second setting means depending on process contents that the image processing performs.
1. An image processing apparatus that processes an image captured by an imaging means in a predetermined imaging range for every predetermined frame rate comprising:
an image processing means, using a processor, that performs an image processing application on image data of the image captured by the imaging means, the image processing application comprising at least one of a plurality of image processing applications;
a first setting means, using the processor, that sets the imaging means to image a predetermined first range in the imaging range with a predetermined first frame rate;
a second setting means, using the processor, that sets the imaging means to image a second range, which is a part of the imaging range imaged by the imaging means and is narrower than the first range, with a second frame rate higher than the first frame rate; and
a determination means, using the processor, that selects one of the first setting means and the second setting means depending on the image processing application that the image processing means performs, wherein
the first setting means is selected for image processing applications amongst the plurality of image processing applications that are less frequently performed, and
the plurality of image processing applications comprise at least one of a white line recognition process, a pedestrian recognition process, an optical axis correction process, a process for generating a bird's-eye view, a process for generating an image to which predetermined information is added on a screen of a car navigation system or drive recorder system, and a process for a night-vision system.