Mastering Deep Learning using Apache Spark
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Online
Description
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Course
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Methodology
Online
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Start date
Different dates available
Develop industrial solutions based on deep learning models with Apache SparkDeep learning has solved tons of interesting real-world problems in recent years. Apache Spark has emerged as the most important and promising machine learning tool and currently a stronger challenger of the Hadoop ecosystem. In this course, you’ll learn about the major branches of AI and get familiar with several core models of Deep Learning in its natural way.You’ll begin with building deep learning networks to deal with speech data and explore tricks to solve NLP problems and classify video frames using RNN and LSTMs. You’ll also learn to implement the anomaly detection model that leverages reinforcement learning techniques to improve cyber security.Moving on, you’ll explore some more advanced topics by performing prediction classification on image data using the GAN encoder and decoder. Then you’ll configure Spark to use multiple workers and CPUs to distribute your Neural Network training. Finally, you’ll track progress, solve the most common problems in your neural network, and debug your models that run within the distributed Spark engine.About the AuthorTomasz LelekTomasz Lelek is a Software Engineer who programs mostly in Java and Scala. He has worked with Spark API and the ML API for the past five years and has production experience in processing petabytes of data.He is passionate about nearly everything associated with software development and believes that we should always try to consider different solutions and approaches before solving a problem. He was a speaker at conferences in Poland, Confitura and JDD (Java Developers Day), and the Krakow Scala User Group. He has also conducted a live coding session at Geecon Conference.
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About this course
Configure a Convolutional Neural Network (CNN) to extract value from images
Create a deep network with multiple layers to perform computer vision
Classify speech and audio data
Leverage RNN and LSTMs for video classification for hospital data
Improve cybersecurity with deep reinforcement learning
Use a generative adversarial network for training
Create highly distributed algorithms using Spark
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Subjects
- Ms Word
- Network Training
- Finance
- Network
- Apache
- Networks
- Java
- NLP
- Word
Course programme
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Delve into business domain speech data
- Analyze texts from finance, health, and science
- Load data into ML model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Load data into paragraph vectors API construct
- Set the tokenizer
- Create the model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Build classification model
- Leverage labelled data
- Load unlabeled data will be used to validate model
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Transform unlabeled data into feature vector
- Assign document into classes
- Validate results
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Validate neural network parameters
- Configure LSTM layer
- Start training
- Write code for cross-validation
- Start code
- Validate the video frames which are assigned to proper classes
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Validate neural network parameters
- Configure LSTM layer
- Start training
- Write code for cross-validation
- Start code
- Validate the video frames which are assigned to proper classes
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Generate input video
- Create MP4 files for different kinds of shapes
- Add text labels per frame
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
- Configure multi-layer
- Adapt to labelled input data
- Create last layer that produces proper number of classes
Additional information
Mastering Deep Learning using Apache Spark
