You want to use the two images you got from the same sensor at two separate times (image dates 1 and 2) for a project that detects changes in the environment. You utilize your expertise in the field to recognize the four peusdo invariant points in the image Mask. It is necessary to normalize picture date 2 to image date 1 before examining the change. Write the normalized image date 2 to the output array after completing this normalization. What number of pixels have changed?
You want to use the two images you got from the same sensor at two separate times (image dates 1 and 2) for a project that detects changes in the environment. You utilize your expertise in the field to recognize the four peusdo invariant points in the image Mask. It is necessary to normalize picture date 2 to image date 1 before examining the change. Write the normalized image date 2 to the output array after completing this normalization. What number of pixels have changed?
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Question
You want to use the two images you got from the same sensor at two separate times (image dates 1 and 2) for a project that detects changes in the environment. You utilize your expertise in the field to recognize the four peusdo invariant points in the image Mask. It is necessary to normalize picture date 2 to image date 1 before examining the change. Write the normalized image date 2 to the output array after completing this normalization. What number of pixels have changed?
Transcribed Image Text:35 30 40 25 25
10 30 30
30
25 20
30
25 30 10 30
35
30 40 25 30 30
Image date 1
30
66 58 76 48 50
60 10
18 56 40
58 46 38 40 58
50 48
46
56 80 80 58
Image date 2
70
58
A
Mask
W
A
C
Output
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