A: To find a suitable mathematical model to solve the function
B: Get a 3D image
C: Output 2d image
D: Analyze the image
举一反三
- What is the purpose of camera?(). A: Camera<br/>can will detect the situation of the rear track. B: Camera<br/>can analyze the image and operate the front lane line situation. C: Camera<br/>can pass the lane line situation to the passenger of the car. D: Camera<br/>can detect the situation of the front lane line.
- Shaded Surface Display technique used to generate an image of a 3D object that exists only as a mathematical description.
- Which of the following statements about image texture is correct: refers to which characteristics of the image? ( ) A: Image texture is the relative brightness of objects in the image B: Image texture is the apparent roughness of an image region C: Image texture is the apparent smoothness of an image region D: Image texture is the frequency of tonal change on an image
- 7.The purpose of image compression is to ( ). A: reduce the amount of data B: simply algorithm C: improve transmission efficiency D: improve image quality
- In order to accurately describe the model we have introduced the following model A: pixel coordinate system B: image coordinate system C: camera coordinate system D: world coordinate system
内容
- 0
What is the calibration function of the camera in Matlab? A: calib_gui B: calib C: montage D: imfinfo
- 1
Which of the following is not a description of image texture? （ ） A: the frequency of tonal change on an image B: the apparent roughness of an image region C: the apparent smoothness of an image region D: relative brightness of objects in the image
- 2
To<br/>get the most out of image data, we need computers to “see”<br/>an image and understand the content. ( )
- 3
______ operation takes a single input image into a single output image in such a way that each output pixel's gray level depends only upon the gray level of the corresponding input pixel.
- 4
GHOST软件可以将整个硬盘所有内容进行备份,方法是________。 A: Partition To Image B: Disk To Image C: Partition From Image D: Disk From Image