#2 Machine Learning Engineering for Production (MLOps) Specialization [Course 1, Week 1, Lesson 2]

DeepLearningAI · Intermediate ·📐 ML Fundamentals ·4y ago

Key Takeaways

The video covers the machine learning project life cycle, including scoping, data collection, model training, error analysis, deployment, and maintenance, using a framework developed by DeepLearningAI and Landing AI.

Full Transcript

when on building a machine learning system i found that thinking through the machine learning project life cycle is a effective way for me to plan out all the steps that i need to work on and when you are working machine learning system i think you find too that this framework allows you to plan out all the important things you need to do in order to get the system to work and also to minimize surprises so let's dive in these are the major steps of a machine learning project first is scoping in which you have to define the project just decide what to work on what exactly do you want to apply machine learning to and what is x and what is why after having chosen the project you then have to collect data or acquire the data you need for your algorithm this includes defining the data and establishing a baseline and then also labeling and organizing the data there's some best practices for this that are not intuitive that you learn more about later in this week after you have your data you then have to train the model during the model phase you have to select and train the model and also perform error analysis you might know that machine learning is often a highly iterative task so during the process of error analysis you may go back and update the model or you might also go back to the earlier phase and decide you need to collect more data as well as part of error analysis before taking the system to deployments i'll often also carry out a final check or maybe a final audit to make sure that the system's performance is good enough and that is sufficiently reliable for the application sometimes an engineer things that when you deploy a system you're done i now tell most people when you deploy a system for the first time you're maybe about halfway to the finish line because it's often only after you turn on live traffic that you then learn the second half of the important lessons needed in order to get the system to perform well to carry out the deployment step you have to deploy it in production write the software needed to put into production and then also monitor the system track the data that continues to come in and maintain the system for example if the data distribution changes you may need to update the model and so after the initial deployment maintenance will often mean going back to perform more error analysis and maybe retrain the model or it might mean taking the data you get back now that the system is deployed and is running on live data and feeding that back into your data set to then potentially update your data retrain the model and so on until you can put an updated model into deployment i found this framework useful for a very large variety of machine learning projects from computer vision to audio data to structured data to many other applications so feel free to take a screenshot of this image and use it with your friends or by yourself to plan out your machine learning projects as well thanks also to landing ai's dylan laird and daniel biberiata who are instrumental to developing this diagram in this video we quickly went through the machine learning project life cycle in order to deepen our understanding of this project life cycle it'll be useful to walk through a concrete example so in the next video let's step through what these different steps of machine learning project life cycle look like in the context of a speech recognition application let's go on to 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 2 video on "Steps of an ML project". 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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1 Forward and Backward Propagation (C1W4L06)
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2 deeplearning.ai's Heroes of Deep Learning: Yuanqing Lin
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3 deeplearning.ai's Heroes of Deep Learning: Ruslan Salakhutdinov
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4 deeplearning.ai's Heroes of Deep Learning: Yoshua Bengio
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5 deeplearning.ai's Heroes of Deep Learning: Pieter Abbeel
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6 deeplearning.ai's Heroes of Deep Learning: Ian Goodfellow
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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)
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)
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)
Hyperparameter Tuning in Practice (C2W3L03)
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22 Adam Optimization Algorithm (C2W2L08)
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)
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)
Training Softmax Classifier (C2W3L09)
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31 Why Deep Representations? (C1W4L04)
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)
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)
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)
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 teaches the machine learning project life cycle, a framework for planning and executing machine learning projects, and provides a concrete example of how to apply this framework in a speech recognition application. This framework is useful for a variety of machine learning projects, from computer vision to audio data to structured data. By following this framework, machine learning engineers can ensure that their projects are well-planned, executed, and maintained.

Key Takeaways
  1. Scope the project and define the problem
  2. Collect and acquire data
  3. Train the model and perform error analysis
  4. Deploy the model in production
  5. Monitor and maintain the system
  6. Update the model and retrain as necessary
💡 The machine learning project life cycle is a iterative process that requires continuous monitoring and maintenance to ensure the system performs well and is reliable.

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