Learn About Transfer Learning for NLP with this Coursera Program
02 June 2023
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Course Overview
This Transfer Learning for NLP with TensorFlow Hub course is designed to teach learners how to use pre-trained models in Natural Language Processing (NLP) in Python to improve the performance of their NLP models. This course available on Careervira, is aimed at individuals who have some familiarity with Python and Machine Learning (ML) fundamentals and helps them become an expert in NLP.
The curriculum provides insights on Transfer Learning (TL) for NLP with a hands-on guided project that uses TensorFlow or TensorFlow Hub (TF Hub). Learners use the TensorFlow Hub pre-trained NLP text embedding model, perform transfer learning to fine-tune models on real-world data and build multiple models for text classification using TensorFlow. Tensorboard can also visualize model performance metrics. So, this course requires learners to be proficient in Python programming and be familiar with deep learning for NLP.
Snehan Kekre, is a ML instructor and a Documentation Writer at Streamlit, the fastest and easiest way to build and share data apps. He has authored and taught over 40 plus guided projects on machine learning and data science at Coursera. He has also worked as a skills consultant at Coursera and a content strategist at Rhyme.com. His engaging style of teaching is commendable.
"In this course, learners understand how to use pre-trained models to solve NLP problems and fine-tune those models to improve their performance on specific tasks. They can also implement their own NLP models using TensorFlow and TensorFlow Hub."
- Simran Anand
Course Structure
This is an online hands-on guided project course that allows self-paced learning. At the beginning of the course, NLP and TL concepts are explained. Learners then understand how to use pre-trained NLP text embedding models. After that, how to perform transfer learning to fine-tune models on real-world text data is taught. Next, visualizing model performance metrics with Tensorboard is demonstrated.
This way, the student comprehensively understands TL, NLP, Deep Learning (DL), ML and Python frameworks. It also introduces Parameter-efficient transfer learning for NLP which is a cutting-edge approach that enables the efficient utilization of pre-trained models to improve natural language processing tasks.
At the end of the course, learners understand how to use pre-trained models to solve NLP problems and fine-tune those models to improve their performance on specific tasks. They can also implement their own NLP models using TensorFlow and TensorFlow Hub. This course is ideal for learners who want to know how to make a career in Natural Language processing.
Overall, it is a great choice for anyone looking to improve their skills and leverage pre-trained models to build more effective NLP systems. The course covers a range of NLP tasks, such as text classification, sentiment analysis, and language translation. Each module includes hands-on exercises and coding examples to help learners build practical skills and understand the concepts covered in the course.
Insider Tips
To get the best out of this course, I have included some important tips that you might find useful.
- Practice Consistently
Take notes of the important Python functions and codes. Learn the concepts behind why transfer learning is required and some key terms in ML and NLP. I also recommend using TensorFlow Hub and Tensorboard more in projects to track model performance metrics while training on datasets.
- Assessment
Assessments are mostly in the form of quizzes. The content explained and covered in the course videos is sufficient for attempting the quizzes which are taken at the end of each module. Learners can attempt the final MCQ quiz a maximum of 3 times.
- Prerequisites
Basic knowledge of Tensorflow, Python programming, and key NLP terms can help learners understand the applications of concepts.
Final Take
I am currently working in the domain of data science, particularly Machine Learning Operations (MLOps). This course has helped me learn TensorFlow Hub for performing transfer learning by leveraging NLP. This has made my work much faster and more effective because it is related to the MLOps domain, especially Tensorboard, which can also visualize model performance metrics. I learnt how to fine-tune ML and DL models effectively. The knowledge gained helped me develop my ML skills.
TL is essential to build better-customized ML models with efficiency and limited resources. I came across this insightful course on the Coursera platform. This is an intermediate-level course that is best suited for anyone willing to learn NLP and ML paradigms in-depth.
This course is still relevant in 2023. It is an intermediate-level course and will help ignite an interest in learning and working with NLP in depth using the TensorFlow framework in Python. It gives an understanding of the TensorFlow Hub platform for MLOps principles. Doing this course equips learners to take up several roles like ML Engineer, Data Scientist, DL Engineer, Researcher, and Artificial Intelligence (AI) and ML Developer.
With AI pervading all spheres, you can apply your DL knowledge to roles like NLP Researcher, Deep Learning Engineer, Computer Vision Scientist, data scientist, and much more. Data science and MLOps professionals with experience have higher salaries and better job opportunities than other IT professionals.
This course is good for getting started as a beginner as well, and I recommend the same. Other similar courses I suggest are:
- Fine Tune BERT for Text Classification with TensorFlow by Coursera
- Hands-On Transfer Learning with TensorFlow 2.0 by O'Reilly.
Key Takeaways
Discover concepts behind Transfer Learning and develop a clear understanding of how to perform NLP using TensorFlow Hub
Understand to perform transfer learning to fine-tune models on real-world text data
Learn how to use pre-trained NLP text embedding models
Learn to visualize model performance metrics
Course Instructors
Simran Anand
Computer Science Engineer
Simran Anand is a dedicated and enthusiastic Computer Science Engineer with a specialization in Data Analytics; graduating from Vellore Institute of Technology.
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