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This course should never have been published to coursera with such a state, it should have been a free YouTube video at best. What can be done better: - Make it a full course, i.e., start by introducing sequence modelling, why use attention mechanism over something like LSTM etc. - Start introducing concepts such as tokenization, vectorization, etc. - Describe transformer model in detail, take a simple 1 encoder / 1 decoder block and explain how it works with a toy example dataset. - Teach implementation of the toy example in code. - Introduce BERT with clear goal on what it aims to solve - Then comes the part that was discussed in the current course.

The videos do not properly explain how to setup Google Cloud account and help with running the lab. Since its just a couple of videos, I expected some solid lab work- but there are no efforts made by Google to help learners setup their lab environment and get the stuff running.

The introduction is too quick and shallow, with no other material offered to make up for it. Also, it forces you to use Google Cloud.

The course needs to cover the 'why' and 'how' in addition to 'what' aspects of the topics. The content lacks depth of explanation making it less useful than just getting familiarity with a bunch of technical terms. In fact, the AI coach in coursera provided excellent explanations of complex topics such as encoder, decoder, attention, etc. which the training video itself fails to provide.

Explanation on the Transformer Model is too short. I expected a detailed one on the Transformer Model Architecture. And It is not easy to follow up the notebook. I am still struggling to configure the notebook.

course was amazing gave me a good overview of BERT model and concepts like Encoding and decoding but not for beginner :>

I'm none the wiser.

The course's lab was highly interactive and effectively reinforced the material by providing hands-on experience with real-life datasets. The quiz was well-designed to test understanding and retention, making sure that key concepts were grasped thoroughly.

Excelente curso. La explicaci贸n fue clara, pr谩ctica y bien estructurada. El instructor domina el tema y logra que conceptos complejos se entiendan f谩cilmente. Lo recomiendo totalmente para quienes deseen profundizar y aplicar lo aprendido de inmediato.

Concise, challenging, thought-provoking. This course is an immersive look into the inner workings of Transformer models, and the BERT model

it is a short but very effective video. the content is crisp and easy to understand if you have decent understanding of NN.

very clear and detailed explanation of the transformers with practical example of training BERT model

Nice course

good

Excellent and concise presentation of Transformer and BERT models. The course designer may consider adding programming assignments to illustrate the concepts and to reinforce student learning.

Lab no longer works end to end. I was able to run until we started building classification model. TesnsorFlow code is no longer compiling.

I need to use my on GCP to run the lab. Otherwise, very good introduction to get going on Transformers

I am looking for free resources for experimentation, or a lighter model that can run on my laptop.

IS this all?

The explanation isn't all that useful. It distilled the basics of BERT together into a very short video, which does mention many details but not in the detail required to understand those based on the provided explanation. Either the course should stick to a higher level info for a short video, or go more into detail and take the necessary time to explain the concepts.

Personally, I don't think it comes under short course; it is like a superficial walkthrough short-video. It could have been a better short course. Maybe a better option will be to club all the introduction courses from Google Cloud together. Also, I wouldn't insist on a certification for this course.

The course content was good but the instructor sounded like a robot. I know instructor uses notes to teach but this instructor was just reading them out loud without providing any further explanations.

Very quick, not very detailed; gives overall view if that's what its meant to do.

The first lecture was OK, but I don't think too much details about how the self-attention and FFN is constructed and why. The second part is just hard to follow without any instructions on how to get the exact setup, and, at the end, getting everything from TF hub is really just for illustration without too much to learn.

This course uses far to much jargon, without defining terms, and without providing simple examples that feature neural net architecture and matrix algebra. A complete waste of time.