English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 14 Hours | 6.65 GB
Build 8 Practical Projects and Go from Zero to Hero in Deep/Machine Learning, Artificial Neural Networks
“Deep Learning and Machine Learning are one of the hottest tech fields to be in right now! The field is exploding with opportunities and career prospects. Machine/Deep Learning techniques are widely used in several sectors nowadays such as banking, healthcare, transportation and technology.
Machine learning is the study of algorithms that teach computers to learn from experience. Through experience (i.e.: more training data), computers can continuously improve their performance. Deep Learning is a subset of Machine learning that utilizes multi-layer Artificial Neural Networks. Deep Learning is inspired by the human brain and mimics the operation of biological neurons. A hierarchical, deep artificial neural network is formed by connecting multiple artificial neurons in a layered fashion. The more hidden layers added to the network, the more “deep” the network will be, the more complex nonlinear relationships that can be modeled. Deep learning is widely used in self-driving cars, face and speech recognition, and healthcare applications.
The purpose of this course is to provide students with knowledge of key aspects of deep and machine learning techniques in a practical, easy and fun way. The course provides students with practical hands-on experience in training deep and machine learning models using real-world dataset. This course covers several technique in a practical manner, the projects include but not limited to:
(1) Train Deep Learning techniques to perform image classification tasks.
(2) Develop prediction models to forecast future events such as future commodity prices using state of the art Facebook Prophet Time series.
(3) Develop Natural Language Processing Models to analyze customer reviews and identify spam/ham messages.
(4) Develop recommender systems such as Amazon and Netflix movie recommender systems.
The course is targeted towards students wanting to gain a fundamental understanding of Deep and machine learning models. Basic knowledge of programming is recommended. However, these topics will be extensively covered during early course lectures; therefore, the course has no prerequisites, and is open to any student with basic programming knowledge. Students who enroll in this course will master deep and machine learning models and can directly apply these skills to solve real world challenging problems.”
What you’ll learn
- Deep Learning Practical Applications
- Machine Learning Practical Applications
- How to use ARTIFICIAL NEURAL NETWORKS to predict car sales
- How to use DEEP NEURAL NETWORKS for image classification
- How to use LE-NET DEEP NETWORK to classify Traffic Signs
- How to apply TRANSFER LEARNING for CNN image classification
- How to use PROPHET TIME SERIES to predict crime
- How to use PROPHET TIME SERIES to predict market conditions
- How to develop NATURAL LANGUAGE PROCESSING MODEL to analyze Reviews
- How to apply NATURAL LANGUAGE PROCESSING to develop spam filder
- How to use USER-BASED COLLABORATIVE FILTERING to develop recommender system
Table of Contents
INTRODUCTION TO THE COURSE [QUICK WIN IN FIRST 10-12 MINS]
1 Welcome Message
2 Updates on Udemy Reviews
3 Course overview
4 ML vs. DL vs. AI
5 ML Deep Dive
6 Download Course Materials
7 BONUS ML vs DL vs AI
8 BONUS 5 Benefits of Jupyter Notebook
ANACONDA AND JUPYTER INSTALLATION
9 Download and Set up Anaconda
10 What is Jupyter Notebook
11 Install Tensorflow
12 How to run a Jupyter Notebook
PROJECT 1 ARTIFICIAL NEURAL NETWORKS – CAR SALES PREDICTION
13 Introduction
14 Theory Part 1
15 Theory Part 2
16 Theory Part 3
17 Theory Part 4
18 Theory Part 5
19 Project Overview
20 Import Data
21 Data Visualization Cleaning
22 Model Training 1
23 Model Training 2
24 Model Evaluation
PROJECT 2 DEEP NEURAL NETWORKS – CIFAR-10 CLASSIFICATION
25 Introduction
26 Theory Part 1
27 Theory Part 2
28 Theory Part 3
29 Theory Part 4
30 Problem Statement
31 Data Vizualization
32 Data Preparation
33 Model Training Part 1
34 Model Training Part 2
35 Model Evaluation
36 Save the Model
37 Image Augmentation Part 1
38 Image augmentation Part 2
PROJECT 3 PROPHET TIME SERIES – CHICAGO CRIME RATE
39 Introduction
40 Project Overview
41 Import Dataset
42 Data Vizualization
43 Prepare the Data
44 Make Predictions
PROJECT 4 PROPHET TIME SERIES – AVOCADO MARKET
45 Introduction
46 Load Avocado Data
47 Explore Dataset
48 Make Predictions Part 1
49 Make Predictions Part 2 (Region Specific)
50 Make Prediction Part 2.1
PROJECT 5 LE-NET DEEP NETWORK – TRAFFIC SIGN CLASSIFICATION
51 Introduction
52 Project Overview
53 Load Data
54 Data Exploration
55 Data Normalization
56 Model Training
57 Model Evaluation
PROJECT 6 NATURAL LANGUAGE PROCESSING – E-MAIL SPAM FILTER
58 Introduction
59 Naive Bayes Theory Part 1
60 Naive Bayes Theory Part 2
61 Spam Project Overview
62 Visualize Dataset
63 Count Vectorizer
64 Model Training Part 1
65 Model Training Part 2
66 Testing
PROJECT 7 NATURAL LANGUAGE PROCESSING – YELP REVIEWS
67 Introduction
68 Theory
69 Project Overview
70 Load Dataset
71 Visualize Dataset Part 1
72 Visualize Dataset Part 2
73 Exercise 1
74 Exercise 2
75 Exercise 3
76 Apply NLP to Data
77 Apply Count Vectorizer to Data
78 Model Training Part 1
79 Model Training Part 2
80 Model Evaluation Part 1
81 Model Evaluation Part 2
PROJECT 8 USER-BASED COLLABORATIVE FILTERING – MOVIE RECOMMENDER SYSTEM
82 Introduction
83 Theory
84 Project Overview
85 Import Movie Dataset
86 Visualize Dataset
87 Collaborative Filter One Movie
88 Full Movie Recomendation
Bonus Lectures
89 YOUR SPECIAL BONUS
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