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Build a Keras model to scale and deploy on a Kubernetes cluster
We have seen an exponential growth in the use of Artificial Intelligence (AI) over last few years. AI is becoming the new electricity and is touching every industry from retail to manufacturing to healthcare to entertainment. Within AI, we re seeing a particular growth in Machine Learning (ML) and Deep Learning (DL) applications. ML is all about learning relationships from labeled (Supervised) or unlabeled data (Unsupervised). DL has many layers of learning and can extract patterns from unstructured data like images, video, audio, etc.
Keras to Kubernetes: The Journey of a Machine Learning Model to Production takes you through real-world examples of building DL models in Keras for recognizing product logos in images and extracting sentiment from text. You will then take that trained model and package it as a web application container before learning how to deploy this model at scale on a Kubernetes cluster. You will understand the different practical steps involved in real-world ML implementations which go beyond the algorithms.
Find hands-on learning examples
Learn to uses Keras and Kubernetes to deploy Machine Learning models
Discover new ways to collect and manage your image and text data with Machine Learning
Reuse examples as-is to deploy your models
Understand the ML model development lifecycle and deployment to production
If you re ready to learn about one of the most popular DL frameworks and build production applications with it, you ve come to the right place!
Auteur
DATTARAJ JAGDISH RAO is a Principal Architect at GE Transportation (now a part of Wabtec Corporation). He has been with GE for 19 years working for Global Research, Energy and Transportation. Currently, he leads the Artificial Intelligence (AI) strategy for the global business, which involves identifying AI-growth opportunities to drive outcomes like Predictive Maintenance, Machine Vision and Digital Twins. He is building a Kubernetes based platform that aims at bridging the gap between data science and production software. He led the Innovation team out of Bangalore that incubated video Track-inspection from idea into a commercial Product. Dattaraj has 11 patents in Machine Learning and Computer Vision.
Texte du rabat
LEARN HOW TO BUILD A KERAS MODEL TO SCALE AND DEPLOY ON A KUBERNETES CLUSTER Artificial Intelligence (AI) has, in one form or another, been in existence for over six decades. However, recent years have seen an enormous increase in the amount of collectable data and major advancements in algorithms and computer hardware. Within the realm of AI technology, Machine Learning (ML) and Deep Learning (DL) applications in particular have undergone significant growth. Keras, one of the most popular DL frameworks, can quickly describe a DL model, begin training it on data, and generate more data by modifying existing data. Kubernetes is an application engine that manages applications packaged as Containers, handling all the infrastructure constraints such as scaling, fail-over, and load balancing. With the power, flexibility, and virtually limitless applications of Keras and Kubernetes comes a caveatthey can be challenging to develop and deploy effectively without proper guidance. Keras to Kubernetes: The Journey Of A Machine Learning Model To Production offers step-by-step instructions on how to build a Keras model to scale and deploy on a Kubernetes cluster. This timely and accessible guide takes readers through the entire model-to-production process, covering topics such as model serving, scaling, load balancing, API development, Algorithm-as-a-Service (AaaS), and more. Real-world examples help readers build a Keras model for detecting logos in images, package it as a web application container, and deploy it at scale on a Kubernetes cluster. A much-needed resource for Keras and Kubernetes, this book:
Résumé
**Build a Keras model to scale and deploy on a Kubernetes cluster
We have seen an exponential growth in the use of Artificial Intelligence (AI) over last few years. AI is becoming the new electricity and is touching every industry from retail to manufacturing to healthcare to entertainment. Within AI, we're seeing a particular growth in Machine Learning (ML) and Deep Learning (DL) applications. ML is all about learning relationships from labeled (Supervised) or unlabeled data (Unsupervised). DL has many layers of learning and can extract patterns from unstructured data like images, video, audio, etc.
Keras to Kubernetes: The Journey of a Machine Learning Model to Production takes you through real-world examples of building DL models in Keras for recognizing product logos in images and extracting sentiment from text. You will then take that trained model and package it as a web application container before learning how to deploy this model at scale on a Kubernetes cluster. You will understand the different practical steps involved in real-world ML implementations which go beyond the algorithms.
• Find hands-on learning examples
• Learn to uses Keras and Kubernetes to deploy Machine Learning models
• Discover new ways to collect and manage your image and text data with Machine Learning
• Reuse examples as-is to deploy your models
• Understand the ML model development lifecycle and deployment to production
If you're ready to learn about one of the most popular DL frameworks and build production applications with it, you've come to the right place!
Contenu
Introduction xiii
Chapter 1 Big Data and Artificial Intelligence 1
Data Is the New Oil and AI Is the New Electricity 1
Rise of the Machines 4
Exponential Growth in Processing 4
A New Breed of Analytics 5
What Makes AI So Special 7
Applications of Artificial Intelligence 8
Building Analytics on Data 12
Types of Analytics: Based on the Application 13
Types of Analytics: Based on Decision Logic 17
Building an Analytics-Driven System 18
Summary 21
Chapter 2 Machine Learning 23
Finding Patterns in Data 23
The Awesome Machine Learning Community 26
Types of Machine Learning Techniques 27
Unsupervised Machine Learning 27
Supervised Machine Learning 29
Reinforcement Learning 31
Solving a Simple Problem 31
Unsupervised Learning 33
Supervised Learning: Linear Regression 37
Gradient Descent Optimization 40
Applying Gradient Descent to Linear Regression 42
Supervised Learning: Classification 43
Analyzing a Bigger Dataset 48
Metrics for Accuracy: Precision and Recall 50
Comparison of Classification Methods 52
Bias vs. Variance: Underfitting vs. Overfitting 57
Reinforcement Learning 62
Model-Based RL 63
Model-Free RL 65
Summary 70
Chapter 3 Handling Unstructured Data 71
Structured vs. Unstructured Data 71
Making Sense of Images 74
Dealing with Videos 89
Handling Textual Data 90
Listening to Sound 104
Summary 108
Chapter 4 Deep Learning Using Keras 111
Handling Unstructured Data 111
Neural Networks 112
Back-Propagation and Gradient Descent 117
Batch vs. Stochastic Gradient Descent 119
Neural Network Architectures 120
Welcome to TensorFlow and Keras 121
Bias vs. Variance: Underfitting vs. Overfitting …