AM
Oct 8, 2019
I really enjoyed this course. Many details are given here that are crucial to gain experience and tips on things that looks easy at first sight but are important for a faster ML project implementation
XG
Oct 30, 2017
Thank you Andrew!! I know start to use Tensorflow, however, this tool is not well for a research goal. Maybe, pytorch could be considered in the future!! And let us know how to use pytorch in Windows.
By Eli T
•Dec 29, 2021
Good review over modeling issues (bias and variance) and excellent course on mini-batches and SGC.
Liked a lot the training parameters section
Most of all - Liked the TF intro.
Looking forward to continue.
Eli
By Issam B
•Feb 7, 2021
It is good to learn about the things that go under hood of NN programing frameworks; but sad that using the higher level programing, you are going to lose/forget those mechanics unless you are in research.
By K K V
•Jun 24, 2020
Very good course. Was able to grasp the concepts very well and now I have a strong understanding of this part of deep learning in optimizing the hyper parameters to create a effective neural network model.
By Gary W
•May 23, 2018
Thanks Andrew and your team for teaching DNN to me. Then I will keep moving forward in AI industry based on your guiding afterward and aggressively build up personal AI research ability after courses.
Gary
By Piotr P
•Mar 19, 2021
Excellent course, helped me a lot.
The only problem I see is that for people with poor background (math/programming) it can be still challenging, because of the amount of information needed to be learned.
By brian w
•May 2, 2020
step by step teaching the core concepts of parameters tuning. Pretty good! One suggestion might be putting the parameter tuning exercise into coding exercise -- e.g. how a tuning may be like in code level
By Weiran H
•Feb 3, 2020
Good starter-level course, but in my opinion, the third assignment is not so well-designed. It does not even contain the content of the third-week course, for example, BatchNorm and hyperparameter tuning.
By Ali A
•Jun 2, 2018
I don't have much to say about this course except for hats off to team coursera on the yet another amazing material and delivery. I highly recommend it for any enthusiast beginning their DL study journey.
By Jitendra N P
•Mar 25, 2018
This is an excellent course on practical aspects of Neural Nets and Machine Learning. As always Prof Andrew Ng is brilliant in elucidating complex concepts and techniques in simple and intuitive language.
By Luat N
•Sep 23, 2017
Of course, it's a wonderful teaching approach that I would recommend to everyone. The course provides a much deeper understanding of Deep Neural Networks for how to build model that works at its optimum.
By Amit P
•Aug 19, 2017
Andrew has an exceptional gift of simplifying the math. I finally understood momentum and Adam. Also, my understanding of batch norm improved. Happy with my progress based on the materials in this course.
By Frantisek H
•Sep 4, 2020
Excellent course - Andrew's teaching is what's so needed in the machine learning community. He explains concepts properly so that one truly understands them, and thus knows what to do when applying them.
By Pedro d T M
•Jul 6, 2020
It is an axcellent intro on how to tune hyperparameters of a neural network. The level of details seems to have decreased from the previous course of the specialization, but still is an excellent course.
By Diego J R C
•Jun 7, 2020
This course had valuable information about hyperparameter tuning, regularization and optimization. Now I have a better understanding of more advanced criteria to improve my neural network implementation.
By Leeladhar D
•May 12, 2020
very practical thing is learned from this course. Often we developed machine learning algorithm but if algorithm has need some polishing to improve the performance where this course will really helpfull.
By Yun-Chen L
•May 11, 2020
I figured out what could I do when the model is overfitting. I learn lots of optimization methods, liked mini-batch gradient descent. RMSprop. momentum. Adam, and I started to learn TensorFlow Framework.
By 18IT042 C J
•May 3, 2020
In this course, I learned some of the best practices used to increase accuracy and decrease training time of model. I was also introduced to Tensorflow, and now I can create different projects by myself.
By CK46
•Jan 16, 2020
This course simplifies how to improve neural networks. It provides systematic approaches to hyperparameter tuning which is very important and helps the time and effort required in developing good models.
By melanie b
•Mar 15, 2018
Excellent instruction on the most highly utilized optimization algorithms and how to implement them. Also provides great intuition on hyperparameter tuning essential for tackling complex neural networks.
By ujwal v
•Mar 3, 2018
However important the Neural Network model is, its exactly equal importance to create Parameters that make the NN perfect and usable, this teaches the In and Out of the Parameters selection for NN models
By Bahadir O
•Sep 30, 2017
Prof. Ng makes you understand all the hard subjects with ease. I'm starting to believe he's actually a neural network specifically trained for teaching people - Never seen a human teach this good before.
By Aaryaman B
•Sep 3, 2020
You know what, this guy and his team know the best way how to keep you indulge and make you understand every bit of code you write.
Great course, just needs some upgradations when it comes to TensorFlow.
By XIAOYANG S
•May 17, 2020
This course is excellent that helps us know how to implement one deep learning model, how to optimize it, and how to avoid a few issues in coding. I also learned a lot about Tesnsorflow from it. Thanks!
By Richard G
•Apr 23, 2019
Really good basic theory explanation, I took Udacity Deep learning NanoDegree too, this one actually gives more detail explanation, Udacity is more like a higher level and more advanced project practice
By Yosuke N
•Feb 15, 2019
Great course to learn basis of the DNN, Tensorflow, and especially direction of hyperparameter tuning will be very useful knowledge on my job. It will help us escape from maze of parameter optimization.