Course Features
- Lectures 48
- Quiz 0
- Duration 16 hours
- Skill level All levels
- Language English
- Students 0
- Assessments Self
- 7 Sections
- 48 Lessons
- 16 Hours
- MODULE 1 - Introduction to Applied Artificial Intelligence6
- 1.0What is Applied Artificial Intelligence?
- 1.1Understanding the Concepts of Artificial Intelligence
- 1.2Real World Applications of Applied Artificial Intelligence
- 1.3Relationship Between Data Science and Artificial Intelligence
- 1.4Introduction to Machine Learning, Deep Learning, and Neural Networks
- 1.5Data Management and Governance for Artificial Intelligence
- MODULE 2 - Deep Dive into Python Programming5
- 2.0Introduction to Python Editors and IDE
- 2.1Basic Programming Rules in Python
- 2.2Understanding Variables in Python – Integers, Float, and Strings
- 2.3Conditional Operators and Control Loops in Python – If, Else if, For, While
- 2.4Packages / Libraries in Python for Artificial Intelligence – NumPy, Pandas, SciPy, Scikit-Learn, MatPlotLib
- MODULE 3 - Data Pre-processing and Cleaning for Applied Artificial Intelligence5
- MODULE 4 - Machine Learning Regression, Classification, and Clustering Techniques8
- 4.0Introduction to Regression Modelling
- 4.1What is a Linear Regression Model, Multiple Linear Regression Model and Logistic Regression Model
- 4.2Model Validation, Prediction and Refining of Regression Models
- 4.3Key Components of Classification Models in Machine Learning
- 4.4Difference Between Supervised vs. Unsupervised Classification
- 4.5Classification Techniques – Decision Tree Classification, Random Forest Classification, and Naïve Bayes Classification
- 4.6What is Clustering Analysis
- 4.7Introduction to K-Means Clustering and Hierarchical Clustering
- MODULE 5 - Deep Learning Techniques in Applied Intelligence6
- 5.0Introduction to Deep Learning
- 5.1Common Deep Learning Algorithms – MLP, BM, RBM, DBN, Autoencoders
- 5.2Neural Networks in Deep Learning
- 5.3The main characteristics of Neural Networks
- 5.4Introduction to Python TensorFlow and KERAS for Deep Learning
- 5.5Developing a Multilayer Perceptron (MLP), Convolutional Neural Network (CNN), and Recurrent Neural Network (RNN)
- MODULE 6 - Natural Language Processing (NLP) in Applied Artificial Intelligence8
- 6.0What is Natural Language Processing (NLP)?
- 6.1Text Pre-processing for Natural Language Processing (NLP)
- 6.2Understanding Recurrent Neural Networks
- 6.3Using Recurrent Dropout to Fight Overfitting
- 6.4Stacking Recurrent Layers
- 6.5Using Bidirectional RNNs
- 6.6Understanding 1D Convolution for Sequence Data
- 6.7Combing CNNs and RNNs to Process Long Sequences
- MODULE 7 - Computer Vision (CV) in Applied Artificial Intelligence10
- 7.0Introduction to Computer Vision in Applied Artificial Intelligence
- 7.1What is Convnets in Computer Vision
- 7.2Understanding Convolution Operation and Max Pooling Operation
- 7.3Training a Convnet on a Small Dataset
- 7.4Understanding the Relevance of Deep Learning for Small-Data Problems
- 7.5Downloading the Data and Building the Network
- 7.6Data Pre-processing and Data Augmentation
- 7.7Visualizing Intermediate Activations
- 7.8Visualizing Convnet Filters
- 7.9Visualizing Convnet Filters






