
Let us begin the course with a detailed overview of the content coverage.
Let us begin the first lesson and take a brief look at the topic coverage.
Let us dive deep into the concepts of AWS, Machine Learning and Artificial Intelligence.
Amazon S3 is a "simple storage service" offered by AWS. Let us learn more about its benefits, usage, and how it works. We will also learn about free tier account and how to import and export data into S3.
Now, let us learn more about core S3 concepts including object storage, data replication and Rest Interface. We will then create an S3 bucket using the AWS management console and import and export the file.
Up next, let us learn about Command Line Interface or AWS CLI. We will learn to configure and use different commands, parameters and recursion. We will then navigate to the management console and learn about it in detail.
This video summarizes your learning of this lesson.
Let us begin the second lesson and take a brief look at the topic coverage.
Amazon Comprehend is a natural language processing (NLP) service that uses machine learning to find insights and relationships in text. Let us learn about the concept of NLP in detail and understand its implementation in Amazon Comprehend.
Now that you have the basic understanding of how Comprehend works, let us inspect and determine the primary language and the supported languages. In this topic, we will detect the dominant language using the CLI interface in a single and multiple text documents.
Now, let us learn about detecting named entities, how to input them and process them to get the desired output. We will do this with an exercise of detecting named entities in single and multiple documents.
Detecting key phrases and sentiments is an important element of using NLP. Let us dive deep and learn to detect key phrases and perform sentiment analysis.
Now, let us learn about AWS Lambda. In this topic, we will cover the concept, its usage and the anatomy of a Lambda function.
Let us look at the architectural diagram of a Lambda function. We will set-up a Lambda function for S3, configure the trigger for an S3 bucket and assign policies to S3 trigger to access comprehend.
This video summarizes your learning of this lesson.
Let us begin the third lesson and take a brief look at the topic coverage.
Let us now learn extracting and analyzing common themes and also will understand about Latent Dirichlet allocation (LDA).
Now that we know about Latent Dirichlet Allocation let us learn about topic modeling with LDA with a basic example and why we should use LDA.
There are some guidelines to be understood for topic modeling and it has input and output format options. We will be able to see a sample of the modelling output. Then we will demonstrate a topic modeling of a known topic structure and perform known structure analysis.
This video summarizes your learning of this lesson.
Let us begin with our third lesson and take a brief look at the topic coverage.
Here, you will learn about a chatbot and also you will learn about its core concepts. Later we will know about Natural Language Understanding (NLU).
Now that you know what is a chatbot, let us set up with amazon Lex and create a sample chatbot. We also will create a custom chatbot and its workflow. Lastly we will create a bot that will recognize an intent and fill a slot.
Let us now learn about implementation of business logic in lambda function and create a lambda function to handle chatbot fulfillment.
This video summarizes your learning of this lesson.
Let us begin the fifth lesson and take a brief look at the topic coverage.
Let us now learn about amazon connect and its key features. We also will look at the free tier services which amazon gives us. Later we will create an interaction with the chatbot and how to talk to your chatbot through a call center using Amazon Connect. Lastly we will go ahead and create a personal call center and obtain a free phone number for your call center.
Now, let us learn about Amazon Lex and how to use its chatbots with Amazon Connect. Then we will understand what are contact flows and nodes.
Now that you know about contact flow let us learn about the various templates of contact flow that are available. It also demonstrates how to connect the call center to your Lex chatbot.
This video summarizes your learning of this lesson.
Let us begin the sixth lesson and take a brief look at the topic coverage.
Let us understand what is Amazon Rekognition Basics and its use cases. Also we will learn about the free tier information on Amazon Rekognition.
Now that you know about Amazon Rekognition, let us understand its features. Amazon Rekognition provides a feature that can detect objects and scenes in images. We will also learn briefly about Deep Learning. Lastly we will learn about the types of labels supported, image moderation and hierarchical taxonomy.
Let us learn how to use facial analysis and celebrity recognition features. Rekognition can perform more detailed analysis on faces as well and provides the ability to recognize and label celebrities and other famous people in images.
Rekognition allows you to compare faces in two images. This is mainly for the purpose of identifying which faces are the same in both images. Learn about the restrictions on usage of this feature and how to detect and recognize text in images. Text in image is a feature of Amazon Rekognition that recognize text such as street names, captions, product names, and vehicular license plates in an image.
This video summarizes your learning of this lesson.
Machine Learning with AWS is the right place to start if you are a beginner interested in learning useful artificial intelligence (AI) and machine learning skills using Amazon Web Services (AWS), the most popular and powerful cloud platform. You will learn how to use AWS to transform your projects into apps that work at high speed and are highly scalable. From natural language processing (NLP) applications, such as language translation and understanding news articles and other text sources, to creating chatbots with both voice and text interfaces, you will learn all that there is to know about using AWS to your advantage. You will also understand how to process huge numbers of images fast and create machine learning models.
By the end of this course, you will have developed the skills you need to efficiently use AWS in your machine learning and artificial intelligence projects.
About the Author
Jeffrey Jackovich, is the author of this course, and a curious data scientist with a background in health-tech and mergers and acquisitions (M&A). He has extensive business-oriented healthcare knowledge, but enjoys analyzing all types of data with R and Python. He loves the challenges involved in the data science process, and his ingenious demeanor was tempered while serving as a Peace Corps volunteer in Morocco. He is completing a Masters of Science in Computer Information Systems, with a Data Analytics concentration, from Boston University.
Ruze Richards, is the author of this course, and a data scientist and cloud architect who has spent most of his career building high-performance analytics systems for enterprises and startups. He is especially passionate about AI and machine learning, having started life as a physicist who got excited about neural nets, then going on to work at AT&T Bell Labs in order to further pursue this area of interest. With the new wave of excitement along with the actual computing power being available on the cloud for anybody to actually get amazing results with machine learning, he is thrilled to be able to spread the knowledge and help people achieve their goals.
Kesha Williams is a software engineer with over 20 years of experience in web application development. She is specialized in working with Java, Spring, Angular, and Amazon Web Services (AWS). She has trained and mentored thousands of developers in the US, Europe, and Asia while teaching Java at the university level. She has won the Ada Lovelace Award in Computer Engineering from LookFar and the Think Different Innovation Award from Chick-fil-A for working with emerging technologies and artificial intelligence.