Learning Path: TensorFlow: Machine & Deep Learning Solutions
Learning Path: TensorFlow: Machine & Deep Learning Solutions, available at $19.99, has an average rating of 3.08, with 85 lectures, 3 quizzes, based on 6 reviews, and has 156 subscribers.
You will learn about Deep diving into training, validating, and monitoring training performance Set up and run cross-sectional examples (images, time-series, text, audio) Load, interact, dissect, process, and save complex datasets Predict the outcome of a simple time series using linear regression modeling Resolve character-recognition problems using the recurrent neural network model Work with Docker and Keras This course is ideal for individuals who are This Learning Path is aimed at data analysts, data scientists, and researchers who want to increase the speed and efficiency of their machine learning activities and results using TensorFlow. It is particularly useful for This Learning Path is aimed at data analysts, data scientists, and researchers who want to increase the speed and efficiency of their machine learning activities and results using TensorFlow.
Enroll now: Learning Path: TensorFlow: Machine & Deep Learning Solutions
Summary
Title: Learning Path: TensorFlow: Machine & Deep Learning Solutions
Price: $19.99
Average Rating: 3.08
Number of Lectures: 85
Number of Quizzes: 3
Number of Published Lectures: 85
Number of Published Quizzes: 3
Number of Curriculum Items: 88
Number of Published Curriculum Objects: 88
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- Deep diving into training, validating, and monitoring training performance
- Set up and run cross-sectional examples (images, time-series, text, audio)
- Load, interact, dissect, process, and save complex datasets
- Predict the outcome of a simple time series using linear regression modeling
- Resolve character-recognition problems using the recurrent neural network model
- Work with Docker and Keras
Who Should Attend
- This Learning Path is aimed at data analysts, data scientists, and researchers who want to increase the speed and efficiency of their machine learning activities and results using TensorFlow.
Target Audiences
- This Learning Path is aimed at data analysts, data scientists, and researchers who want to increase the speed and efficiency of their machine learning activities and results using TensorFlow.
Google’s brainchild TensorFlow, in its first year, has more than 6000 open source repositories online. TensorFlow, an open source software library, is extensively used for numerical computation using data flow graphs.The flexible architecture allows you to deploy computation to one or more CPUs or GPUs in a desktop, server, or mobile device with a single API. So if you’re looking forward to acquiring knowledge on machine learning and deep learning with this powerful TensorFlow library, then go for this Learning Path.
Packt’s Video Learning Paths are a series of individual video products put together in a logical and stepwise manner such that each video builds on the skills learned in the video before it.
The highlights of this Learning Path are:
- Setting up TensorFlow for actual industrial use, including high-performance setup aspects like multi-GPU support
- Embedded with solid projects and examples to teach you how to implement TensorFlow in production
- Empower you to go from concept to a production-ready machine learning setup/pipeline capable of real-world usage
Let’s take a look at your learning journey. You will start by exploring unique features of the library such as data flow graphs, training, visualization of performance with TensorBoard – all within an example-rich context using problems from multiple industries. The focus is towards introducing new concepts through problems which are coded and solved over the course of each video. You will then learn how to implement TensorFlow in production. Each project in this Learning Path provides exciting and insightful exercises that will teach you how to use TensorFlow and show you how layers of data can be explored by working with tensors. Finally, you will be acquainted with the different paradigms of performing deep learning such as deep neural nets, convolutional neural networks, recurrent neural networks, and more, and how they can be implemented using TensorFlow.
On completion of this Learning Path, you will have gone through the full lifecycle of a TensorFlow solution with a practical demonstration to system setup, training, validation, to creating pipelines for real world data — all the way to deploying solutions into a production settings.
Meet Your Expert:
We have the best works of the following esteemed authors to ensure that your learning journey is smooth:
- Shams Ul Azeem is an undergraduate of NUST Islamabad, Pakistan in Electrical Engineering. He has a great interest in computer science field and started his journey from android development. Now he’s pursuing his career in machine learning, particularly in deep learning by doing medical related freelance projects with different companies. He was also a member of RISE lab, NUST and has a publication in IEEE International Conference, ROBIO as a co-author on “Designing of motions for humanoid goal keeper robots”.
- Rodolfo Bonnin a systems engineer and PhD student at Universidad Tecnológica Nacional, Argentina. He also pursued Parallel Programming and Image Understanding postgraduate courses at Uni Stuttgart, Germany. He has done research on high-performance computing since 2005 and began studying and implementing convolutional neural networks in 2008, writing a CPU and GPU supporting the neural network feedforward stage. More recently he’s been working in the field of fraud pattern detection with neural networks, and is currently working on signal classification using ML techniques.
Will Ballard serves as chief technology officer at GLG and is responsible for the Engineering and IT organizations. Prior to joining GLG, Will was the executive vice president of technology and engineering at Demand Media. He graduated Magna Cum Laude with a BS in Mathematics from Claremont McKenna College.
Course Curriculum
Chapter 1: Machine Learning with TensorFlow
Lecture 1: The Course Overview
Lecture 2: Introducing Deep Learning
Lecture 3: Installing TensorFlow on Mac OS X
Lecture 4: Installation on Windows – Pre-Reqeusite Virtual Machine Setup
Lecture 5: Installation on Windows/Linux
Lecture 6: The Hand-Written Letters Dataset
Lecture 7: Automating Data Preparation
Lecture 8: Understanding Matrix Conversions
Lecture 9: The Machine Learning Life Cycle
Lecture 10: Reviewing Outputs and Results
Lecture 11: Getting Started with TensorBoard
Lecture 12: TensorBoard Events and Histograms
Lecture 13: The Graph Explorer
Lecture 14: Our Previous Project on TensorBoard
Lecture 15: Fully Connected Neural Networks
Lecture 16: Convolutional Neural Networks
Lecture 17: Programming a CNN
Lecture 18: Using TensorBoard on Our CNN
Lecture 19: CNN Versus Fully Connected Network Performance
Chapter 2: Building Machine Learning Systems with TensorFlow
Lecture 1: The Course Overview
Lecture 2: TensorFlow's Main Data Structure – Tensors
Lecture 3: Handling the Computing Workflow – TensorFlow's Data Flow Graph
Lecture 4: Basic Tensor Methods
Lecture 5: How TensorBoard Works?
Lecture 6: Reading Information from Disk
Lecture 7: Learning from Data –Unsupervised Learning
Lecture 8: Mechanics of k-Means
Lecture 9: k-Nearest Neighbor
Lecture 10: Project 1 – k-Means Clustering on Synthetic Datasets
Lecture 11: Project 2 – Nearest Neighbor on Synthetic Datasets
Lecture 12: Univariate Linear Modelling Function
Lecture 13: Optimizer Methods in TensorFlow – The Train Module
Lecture 14: Univariate Linear Regression
Lecture 15: Multivariate Linear Regression
Lecture 16: Logistic Function Predecessor – The Logit Functions
Lecture 17: The Logistic Function
Lecture 18: Univariate Logistic Regression
Lecture 19: Univariate Logistic Regression with skflow
Lecture 20: Preliminary Concepts
Lecture 21: First Project – Non-Linear Synthetic Function Regression
Lecture 22: Second Project – Modeling Cars Fuel Efficiency with Non-Linear Regression
Lecture 23: Third Project – Learning to Classify Wines: Multiclass Classification
Lecture 24: Origin of Convolutional Neural Networks
Lecture 25: Applying Convolution in TensorFlow
Lecture 26: Subsampling Operation –Pooling
Lecture 27: Improving Efficiency – Dropout Operation
Lecture 28: Convolutional Type Layer Building Methods
Lecture 29: MNIST Digit Classification
Lecture 30: Image Classification with the CIFAR10 Dataset
Lecture 31: Recurrent Neural Networks
Lecture 32: A Fundamental Component – Gate Operation and Its Steps
Lecture 33: TensorFlow LSTM Useful Classes and Methods
Lecture 34: Univariate Time Series Prediction with Energy Consumption Data
Lecture 35: Writing Music "a la" Bach
Lecture 36: Deep Neural Network Definition and Architectures Through Time
Lecture 37: Alexnet
Lecture 38: Inception V3
Lecture 39: Residual Networks (ResNet)
Lecture 40: Painting with Style – VGG Style Transfer
Lecture 41: Windows Installation
Lecture 42: MacOS Installation
Chapter 3: Tensorflow Deep Learning Solutions for Images
Lecture 1: The Course Overview
Lecture 2: Installing Docker
Lecture 3: The Machine Learning Dockerfile
Lecture 4: Sharing Data
Lecture 5: Machine Learning REST Service
Lecture 6: MNIST Digits
Lecture 7: Tensors: Just Multidimensional Arrays
Lecture 8: Turning Images into Tensors
Lecture 9: Turning Categories into Tensors
Lecture 10: Classical/Dense Neural Network
Lecture 11: Activation and Non Linearity
Lecture 12: Softmax
Lecture 13: Training and Testing Data
Lecture 14: Dropout and Flatten
Lecture 15: Solvers
Lecture 16: Hyperparameters
Lecture 17: Grid Search
Lecture 18: Convolutions
Lecture 19: Pooling
Lecture 20: Convolutional Neural Network
Lecture 21: Deep Neural Network
Lecture 22: REST API Definition
Lecture 23: Trained Models in Docker Containers
Lecture 24: Making Predictions
Instructors
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Packt Publishing
Tech Knowledge in Motion
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- 5 stars: 3 votes
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