Hin3. A max pool layer receives an input of dimension [Hin x Win × Cin × m].W inAssume that the Hin, Win, Cin, m are even values. If the max pool layer has ax Cin x m]. Here [Hin x Win]2%3Dfilter-size = 2 and Stride (S) = 2, it produces an output of dimension [are input image's dimension, Cin is the number of input channels and m is the mini-batch size.O TrueFalse

3. A max pool layer receives an input of dimension [Hin × Win × Cin × m]. Assume that the Hin, Win, Cin, m are even values. If the max pool layer has a Hin W in x Cin × m]. Here [Hin × Win] filter-size = 2 and Stride (S) = 2, it produces an output of dimension 2 2 are input image's dimension, Cin is the number of input channels and m is the mini-batch size.

3. A max pool layer receives an input of dimension [Hin × Win × Cin × m]. Assume that the Hin, Win, Cin, m are even values. If the max pool layer has a Hin W in x Cin × m]. Here [Hin × Win] filter-size = 2 and Stride (S) = 2, it produces an output of dimension 2 2 are input image's dimension, Cin is the number of input channels and m is the mini-batch size.

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

Hin
3. A max pool layer receives an input of dimension [Hin x Win × Cin × m].
W in
Assume that the Hin, Win, Cin, m are even values. If the max pool layer has a
x Cin x m]. Here [Hin x Win]
2
%3D
filter-size = 2 and Stride (S) = 2, it produces an output of dimension [
are input image's dimension, Cin is the number of input channels and m is the mini-batch size.
O True
False

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