Modern Artificial Intelligence Applications

Harness the power of AI to solve practical, real-world problems in Finance, Tech, Art and Healthcare

Last updated 2022-01-10 | 4.6

- Artificial Intelligence (AI) revolution is here! “Artificial Intelligence market worldwide is projected to grow by US$284.6 Billion driven by a compounded growth of 43. 9%. Deep Learning
- one of the segments analyzed and sized in this study
- displays the potential to grow at over 42. 5%.” [1] AI is the science that empowers computers to mimic human intelligence such as decision making
- reasoning
- text processing
- and visual perception. AI is a broader general field that entails several subfield such as machine learning
- robotics
- and computer vision. For companies to become competitive and skyrocket their growth
- they need to leverage Artificial Intelligence (AI) power to improve processes
- reduce cost and increase revenue. AI is broadly implemented in many sectors nowadays and has been transforming every industry from banking to healthcare
- transportation and technology. The demand for AI talent has exponentially increased in recent years and it’s no longer limited to Silicon Valley! According to Forbes
- AI Skills are among the most in-demand for 2020 [2]. The purpose of this course is to provide you with knowledge of key aspects of modern Artificial Intelligence applications in a practical
- easy and fun way. The course provides students with practical hands-on experience using real-world datasets. One key unique feature of this course is that we will be training and deploying models using Tensorflow and AWS SageMaker. In addition
- we will cover various elements of the AI/ML workflow covering model building
- training
- hyper-parameters
- Deploy Emotion AI-based model using Tensorflow 2.0 Serving and use the model to make inference.
- Understand the concept of Explainable AI and uncover the blackbox nature of Artificial Neural Networks and visualize their hidden layers using GradCam technique.

What you'll learn

Artificial Intelligence (AI) revolution is here! “Artificial Intelligence market worldwide is projected to grow by US$284.6 Billion driven by a compounded growth of 43. 9%. Deep Learning
one of the segments analyzed and sized in this study
displays the potential to grow at over 42. 5%.” [1] AI is the science that empowers computers to mimic human intelligence such as decision making
reasoning
text processing
and visual perception. AI is a broader general field that entails several subfield such as machine learning
robotics
and computer vision. For companies to become competitive and skyrocket their growth
they need to leverage Artificial Intelligence (AI) power to improve processes
reduce cost and increase revenue. AI is broadly implemented in many sectors nowadays and has been transforming every industry from banking to healthcare
transportation and technology. The demand for AI talent has exponentially increased in recent years and it’s no longer limited to Silicon Valley! According to Forbes
AI Skills are among the most in-demand for 2020 [2]. The purpose of this course is to provide you with knowledge of key aspects of modern Artificial Intelligence applications in a practical
easy and fun way. The course provides students with practical hands-on experience using real-world datasets. One key unique feature of this course is that we will be training and deploying models using Tensorflow and AWS SageMaker. In addition
we will cover various elements of the AI/ML workflow covering model building
training
hyper-parameters
Deploy Emotion AI-based model using Tensorflow 2.0 Serving and use the model to make inference.
Understand the concept of Explainable AI and uncover the blackbox nature of Artificial Neural Networks and visualize their hidden layers using GradCam technique.
Develop Deep Learning model to automate and optimize the brain tumor detection processes at a hospital.
Build and train AI model to detect and localize brain tumors using ResNets and ResUnet networks (Healthcare applications).
Understand the theory and intuition behind Segmentation models and state of the art ResUnet networks.
Build
train
deploy AI models in business to predict customer default on credit card using AWS SageMaker XGBoost algorithm.
Optimize XGBoost model parameters using hyperparameters optimization search.
Apply AI in business applications by performing customer market segmentation to optimize marketing strategy.
Understand the underlying theory and mathematics behind DeepDream algorithm for Art generation.
Develop
train
and test State-of-the art DeepDream algorithm to create AI-based art masterpieces using Keras API in TF 2.0.
Develop ANNs models and train them in Google’s Colab while leveraging the power of GPUs and TPUs.

* Requirements

* Basic knowledge of programming is recommended but not required.

Description

  • Artificial Intelligence (AI) revolution is here! “Artificial Intelligence market worldwide is projected to grow by US$284.6 Billion driven by a compounded growth of 43. 9%. Deep Learning, one of the segments analyzed and sized in this study, displays the potential to grow at over 42. 5%.” [1] AI is the science that empowers computers to mimic human intelligence such as decision making, reasoning, text processing, and visual perception. AI is a broader general field that entails several subfield such as machine learning, robotics, and computer vision. For companies to become competitive and skyrocket their growth, they need to leverage Artificial Intelligence (AI) power to improve processes, reduce cost and increase revenue. AI is broadly implemented in many sectors nowadays and has been transforming every industry from banking to healthcare, transportation and technology. The demand for AI talent has exponentially increased in recent years and it’s no longer limited to Silicon Valley! According to Forbes, AI Skills are among the most in-demand for 2020 [2]. The purpose of this course is to provide you with knowledge of key aspects of modern Artificial Intelligence applications in a practical, easy and fun way. The course provides students with practical hands-on experience using real-world datasets. One key unique feature of this course is that we will be training and deploying models using Tensorflow and AWS SageMaker. In addition, we will cover various elements of the AI/ML workflow covering model building, training, hyper-parameters
  • Deploy Emotion AI-based model using Tensorflow 2.0 Serving and use the model to make inference.
  • Understand the concept of Explainable AI and uncover the blackbox nature of Artificial Neural Networks and visualize their hidden layers using GradCam technique.
  • Develop Deep Learning model to automate and optimize the brain tumor detection processes at a hospital.
  • Build and train AI model to detect and localize brain tumors using ResNets and ResUnet networks (Healthcare applications).
  • Understand the theory and intuition behind Segmentation models and state of the art ResUnet networks.
  • Build, train, deploy AI models in business to predict customer default on credit card using AWS SageMaker XGBoost algorithm.
  • Optimize XGBoost model parameters using hyperparameters optimization search.
  • Apply AI in business applications by performing customer market segmentation to optimize marketing strategy.
  • Understand the underlying theory and mathematics behind DeepDream algorithm for Art generation.
  • Develop, train, and test State-of-the art DeepDream algorithm to create AI-based art masterpieces using Keras API in TF 2.0.
  • Develop ANNs models and train them in Google’s Colab while leveraging the power of GPUs and TPUs.

Course content

8 sections • 90 lectures

Introduction and Welcome Message Preview 03:19

Introduction, Key Tips and Best Practices Preview 10:42

Course Outline and Key Learning Outcomes Preview 17:54

Get the Materials Preview 00:05

Project Introduction and Welcome Message Preview 02:50

Task #1 - Understand the Problem Statement & Business Case Preview 11:15

Task #2 - Import Libraries and Datasets Preview 12:25

Task #3 - Perform Image Visualizations Preview 09:35

Task #4 - Perform Images Augmentation Preview 16:51

Task #5 - Perform Data Normalization and Scaling Preview 07:44

Task #6 - Understand Artificial Neural Networks (ANNs) Theory & Intuition Preview 20:32

Task #7 - Understand ANNs Training & Gradient Descent Algorithm Preview 18:02

Task #8 - Understand Convolutional Neural Networks and ResNets Preview 13:00

Task #9 - Build ResNet to Detect Key Facial Points Preview 12:45

Task #10 - Compile and Train Facial Key Points Detector Model Preview 07:40

Task #11 - Assess Trained ResNet Model Performance Preview 04:54

Task #12 - Import and Explore Facial Expressions (Emotions) Datasets Preview 12:00

Task #13 - Visualize Images for Facial Expression Detection Preview 07:22

Task #14 - Perform Image Augmentation Preview 13:31

Task #15 - Build & Train a Facial Expression Classifier Model Preview 14:57

Task #16 - Understand Classifiers Key Performance Indicators (KPIs) Preview 14:13

Task #17 - Assess Facial Expression Classifier Model Preview 13:35

Task #18 - Make Predictions from Both Models: 1. Key Facial Points & 2. Emotion Preview 07:37

Task #19 - Save Trained Model for Deployment Preview 10:01

Task #20 - Serve Trained Model in TensorFlow 2.0 Serving Preview 04:24

Task #21 - Deploy Both Models and Make Inference Preview 08:23

Project Introduction and Welcome Message Preview 02:40

Task #1 - Understand the Problem Statement and Business Case Preview 16:34

Task #2 - Import Libraries and Datasets Preview 11:37

Task #3 - Visualize and Explore Datasets Preview 20:44

Task #4 - Understand the Intuition behind ResNet and CNNs Preview 10:37

Task #5 - Understand Theory and Intuition Behind Transfer Learning Preview 11:50

Task #6 - Train a Classifier Model To Detect Brain Tumors Preview 21:07

Task #7 - Assess Trained Classifier Model Performance Preview 09:04

Task #8 - Understand ResUnet Segmentation Models Intuition Preview 13:23

Task #9 - Build a Segmentation Model to Localize Brain Tumors Preview 14:20

Task #10 - Train ResUnet Segmentation Model Preview 04:05

Task #11 - Assess Trained ResUNet Segmentation Model Performance Preview 12:27

Project Introduction and Welcome Message Preview 02:10

Task #1 - Understand AI Applications in Marketing Preview 07:16

Task #2 - Import Libraries and Datasets Preview 13:50

Task #3 - Perform Exploratory Data Analysis (Part #1) Preview 16:46

Task #4 - Perform Exploratory Data Analysis (Part #2) Preview 19:17

Task #5 - Understand Theory and Intuition Behind K-Means Clustering Algorithm Preview 16:57

Apply Elbow Method to Find the Optimal Number of Clusters Preview 08:47

Task #7 - Apply K-Means Clustering Algorithm Preview 15:54

Task #8 - Understand Intuition Behind Principal Component Analysis (PCA) Preview 10:32

Task #9 - Understand the Theory and Intuition Behind Auto-encoders Preview 08:39

Task #10 - Apply Auto-encoders and Perform Clustering Preview 13:04

Project Introduction and Welcome Message Preview 02:39

Notes on Amazon Web Services (AWS) Preview 00:27

Task #1 - Understand the Problem Statement & Business Case Preview 11:01

Task #2 - Import Libraries and Datasets Preview 04:46

Task #3 - Visualize and Explore Dataset Preview 20:43

Task #4 - Clean Up the Data Preview 06:02

Task #5 - Understand the Theory & Intuition Behind XG-Boost Algorithm Preview 20:45

Task #6 - Understand XG-Boost Algorithm Key Steps Preview 19:48

Task #7 - Train XG-Boost Algorithm Using Scikit-Learn Preview 07:53

Task #8 - Perform Grid Search and Hyper-parameters Optimization Preview 06:57

Task #9 - Understand XG-Boost in AWS SageMaker Preview 07:14

Task #10 - Train XG-Boost in AWS SageMaker Preview 14:25

Task #11 - Deploy Model and Make Inference Preview 09:42

Task #12 - Train and Deploy Model Using AWS AutoPilot (Minimal Coding Required!) Preview 13:10

Project Introduction and Welcome Message Preview 01:46

Task #1 - Understand the Problem Statement & Business Case Preview 11:13

Task #2 - Import Model with Pre-trained Weights Preview 07:06

Task #3 - Import and Merge Images Preview 09:06

Task #4 - Run the Pre-trained Model and Explore Activations Preview 09:44

Task #5 - Understand the Theory & Intuition Behind Deep Dream Algorithm Preview 19:27

Task #6 - Understand The Gradient Operations in TF 2.0 Preview 05:37

Task #7 - Implement Deep Dream Algorithm Part #1 Preview 09:10

Task #8 - Implement Deep Dream Algorithm Part #2 Preview 10:26

Task #9 - Apply DeepDream Algorithm to Generate Images Preview 06:45

Task #10 - Generate DeepDream Video Preview 07:20

Explainable AI Dataset Download & Link to DataRobot Preview 00:08

Project Overview on Food Recognition with AI Preview 07:52

DataRobot Demo 1 - Upload and Explore Dataset Preview 08:44

DataRobot Demo 2 - Train AI/ML Model Preview 05:45

DataRobot Demo 3 - Explainable AI Preview 19:40

What is AWS and Cloud Computing? Preview 08:53

Key Machine Learning Components and AWS Tour Preview 09:25

Regions and Availability Zones Preview 06:19

Amazon S3 Preview 14:32

EC2 and Identity and Access Management (IAM) Preview 12:41

AWS Free Tier Account Setup and Overview Preview 05:47

AWS SageMaker Overview Preview 09:13

AWS SageMaker Walk-through Preview 10:46

AWS SageMaker Studio Overview Preview 08:41

AWS SageMaker Studio Walk-through Preview 06:59

AWS SageMaker Model Deployment Preview 11:03