FF
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This is a very suitable course for those of you who are new to machine learning, because after I took this course my interest in machine learning has increased. especially CNN computer vision.
JH
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Really like the focus on practical application and demonstrating the latest capability of TensorFlow. As mentioned in the course, it is a great compliment to Andrew Ng's Deep Learning Specialization.
By Thach V M
•Sep 2, 2022
good!
By 丰博 李
•Nov 3, 2020
坚实的基础
By Hamora H
•Jul 13, 2020
Good!
By Rodrigo N
•Sep 24, 2019
Show!
By 李英斌
•Sep 18, 2019
nice!
By Anggi P S
•Apr 14, 2024
good
By Dini P U
•Nov 4, 2023
good
By Egi R T
•Jun 29, 2022
good
By Brijesh G
•Aug 5, 2021
good
By Suci A S
•Jun 19, 2021
good
By M. S
•May 28, 2021
good
By Indria A
•Apr 19, 2021
cool
By ABHIJEET S
•Apr 17, 2021
Nice
By alfatoni n
•Apr 12, 2021
Nice
By Indah D S
•Apr 10, 2021
cool
By Ahmad H N
•Apr 5, 2021
good
By Shree H
•Aug 14, 2020
best
By RAGHUVEER S D
•Jul 25, 2020
good
By Jurassic
•Sep 6, 2019
good
By echo
•Aug 31, 2019
good
By Roberto
•Apr 22, 2021
ty
By a
•Apr 9, 2020
:)
By Ming G
•Sep 11, 2019
gj
By eashwar n
•Jul 3, 2021
By John K
•Aug 27, 2020
Very good way to get familiar with Tensoflow - it's pluses as well as its minuses.
Good overview of applying tf.keras to this topic. Machine learning is clearly a practical discipline (i.e. theory alone will not get you there), so I appreciated the chance to write some code and read a decent amount of code.
Laurence Moroney is a good, upbeat instructor.
All the courses within the Tensorflow in Practice specialization on Coursera may be most beneficial after first taking Andrew Ng's course on AI (also Coursera), but if you know something about loss functions, gradient descent, and backpropagation (which can be learned quick-and-dirty online), then you should be fine to go ahead and take this specialization before Professor Ng's course.
My one persistent wish for all four of the courses in this specialization is that significantly more time be spent on understanding the shapes of tensors as they flow through the models. Invariably, the only areas that gave me real problems as I did the coding homework were those where my tensor shape did not match what the model needed to see. Documentation at Tensorflow.org was of little help with this topic. Looking at Stackoverflow, it is apparent that there are certain (unwritten?) facts about the order and count of dimensions for the tensors as they flow through, e.g. batch count is listed first, time step is second, frame is third, or something like that. What if I have twelve dimensions in my tensor? Do certain model layers require a minimum number of dimensions of input or output? etc. etc.
Finally, this specialization really teaches the tf.keras framework, not Tensorflow itself, which I do not think was explained in the course info, but maybe I missed it. Still - keras is probably a good way to enter the subject.
All in all, I do know a lot more than I did before, and have acquired new skills. Clearly, there's more to work on, which is good.