#4 Machine Learning Engineering for Production (MLOps) Specialization [Course 1, Week 1, Lesson 4]

DeepLearningAI · Intermediate ·📐 ML Fundamentals ·4y ago
Skills: ML Pipelines90%

Key Takeaways

The video covers the Machine Learning Engineering for Production (MLOps) Specialization, focusing on the machine learning project lifecycle, and introduces the concept of MLOps, a discipline that comprises tools and principles to support progress through the lifecycle. The course will cover deployment, modeling, data, and scoping, with a focus on systematic approaches and software tools to support best practices.

Full Transcript

you've seen the machine learning project lifecycle let's briefly go over what you learned in the rest of this course even though i presented the lifecycle going from left to right i found that for learning these materials it'll be more efficient for you to start at the end go and start from deployment and then work backwards to modeling data and then scoping so in the rest of this week starting with the next video you learn about the most important ideas in deployment next week in week 2 you learn about modeling you may have learned about how to train the machine learning model from other courses in this video i'll share some new ideas that you may not have heard before of how to systematically use a data centric approach to be more efficient in how you improve the performance of your model then in the third and final week of this course you learn about data how to define data and establish a baseline and how to label and organize your data in a way that is systematic not ad hoc not hacking around in the jupyter notebook in the hope that you stumble on the right insights but in a more systematic way that helps you be more efficient in defining the data that will help the modeling to help you get to deployment and then finally in week three we'll also have an optional section on scoping in which i hope to share with you some tips i've learned on how to define effective machine learning projects throughout this course you also learn about ml ops or machine learning operations which is an emerging discipline that comprises a set of tools and principles to support progress through the machine learning project life cycle but especially these three steps for example at landing ai where on co we used to do a lot of these steps manually which is okay but slow but after building an emma ops 2 called landing lens for computer vision applications all these steps became much quicker the key idea in ml ops is that systematic ways to think about scoping data modeling and deployment and also software tools to support the best practices so that's it in this course we're going to start at the end goal start from deployment and then work our way backwards as you already know being the deploy a system is one of the most important and valuable skills in machine learning today so let's go on to the next video where we'll dive deep into the most important lessons most important ideas needed to deploy machine learning systems i will see you in the next video

Original Description

The Machine Learning Engineering for Production (MLOps) Specialization teaches you how to conceptualize, build, and maintain integrated systems that continuously operate in production. In this Specialization, you will become familiar with the capabilities, challenges, and consequences of machine learning engineering in production. By the end, you will be ready to employ your new production-ready skills to participate in the development of leading-edge AI technology and solve real-world problems. This is a video from Course 1, Week 1, Lesson 4 video on "Case study: speech recognition". To learn more about this and other topics and access the full course videos and assignments, enroll in the Specialization here: https://bit.ly/3v8pxwA Check out all our programs: https://bit.ly/3L9rnmQ Subscribe to The Batch, our weekly newsletter: https://bit.ly/3vxv52R Follow us: Twitter: https://twitter.com/deeplearningai_ Facebook: https://www.facebook.com/deeplearningHQ/ Linkedin: https://www.linkedin.com/company/deep...
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2 deeplearning.ai's Heroes of Deep Learning: Yuanqing Lin
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7 deeplearning.ai's Heroes of Deep Learning: Andrej Karpathy
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8 Using an Appropriate Scale (C2W3L02)
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9 Gradient Checking (C2W1L13)
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10 Gradient Checking Implementation Notes (C2W1L14)
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11 Learning Rate Decay (C2W2L09)
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12 Understanding Mini-Batch Gradient Dexcent (C2W2L02)
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13 Mini Batch Gradient Descent (C2W2L01)
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14 The Problem of Local Optima (C2W3L10)
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15 Exponentially Weighted Averages (C2W2L03)
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16 Tuning Process (C2W3L01)
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17 Understanding Exponentially Weighted Averages (C2W2L04)
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18 Bias Correction of Exponentially Weighted Averages (C2W2L05)
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19 Gradient Descent With Momentum (C2W2L06)
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20 Normalizing Activations in a Network (C2W3L04)
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21 Hyperparameter Tuning in Practice (C2W3L03)
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22 Adam Optimization Algorithm (C2W2L08)
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23 RMSProp (C2W2L07)
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24 Fitting Batch Norm Into Neural Networks (C2W3L05)
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25 Why Does Batch Norm Work? (C2W3L06)
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26 Batch Norm At Test Time (C2W3L07)
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27 Softmax Regression (C2W3L08)
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28 Deep Learning Frameworks (C2W3L10)
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29 Neural Network Overview (C1W3L01)
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30 Training Softmax Classifier (C2W3L09)
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31 Why Deep Representations? (C1W4L04)
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32 Gradient Descent For Neural Networks (C1W3L09)
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33 Neural Network Representations (C1W3L02)
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34 TensorFlow (C2W3L11)
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35 Activation Functions (C1W3L06)
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36 Explanation For Vectorized Implementation (C1W3L05)
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37 Getting Matrix Dimensions Right (C1W4L03)
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38 Understanding Dropout (C2W1L07)
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39 Building Blocks of a Deep Neural Network (C1W4L05)
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40 Why Non-linear Activation Functions (C1W3L07)
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41 Computing Neural Network Output (C1W3L03)
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42 Backpropagation Intuition (C1W3L10)
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43 Train/Dev/Test Sets (C2W1L01)
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44 Deep L-Layer Neural Network (C1W4L01)
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45 Random Initialization (C1W3L11)
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46 Other Regularization Methods (C2W1L08)
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47 Normalizing Inputs (C2W1L09)
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48 Derivatives Of Activation Functions (C1W3L08)
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49 Parameters vs Hyperparameters (C1W4L07)
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50 Vectorizing Across Multiple Examples (C1W3L04)
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51 What does this have to do with the brain? (C1W4L08)
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52 Dropout Regularization (C2W1L06)
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53 Vanishing/Exploding Gradients (C2W1L10)
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54 Basic Recipe for Machine Learning (C2W1L03)
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55 Bias/Variance (C2W1L02)
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56 Forward Propagation in a Deep Network (C1W4L02)
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57 Weight Initialization in a Deep Network (C2W1L11)
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58 Numerical Approximations of Gradients (C2W1L12)
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59 Regularization (C2W1L04)
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60 Why Regularization Reduces Overfitting (C2W1L05)
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The video introduces the MLOps Specialization, covering the machine learning project lifecycle and the importance of systematic approaches and software tools to support best practices. The course will start with deployment and work backwards to scoping, covering key concepts and tools along the way. By the end of the course, learners will be able to deploy machine learning systems, improve model performance, and define effective machine learning projects.

Key Takeaways
  1. Start with deployment and work backwards to scoping
  2. Learn about the most important ideas in deployment
  3. Understand how to systematically use a data-centric approach to improve model performance
  4. Learn about data and how to define, establish a baseline, and label and organize data
  5. Understand the importance of MLOps and its role in supporting the machine learning project lifecycle
💡 MLOps is an emerging discipline that comprises a set of tools and principles to support progress through the machine learning project lifecycle, and systematic approaches and software tools are key to supporting best practices.

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