Key features of the Machine Learning and Deep Learning Certification
Recognised qualification upon successful completion of the course
Study from anywhere, anytime, whenever it is convenient for you.
Get 24/7 support from our Customer Success Team
Affordable and engaging e-learning study materials
Study at your own pace from a tablet, PC or smartphone
Online tutor support when you are in need.
Who is this course for?
There is no experience or previous qualifications required for enrolment on this course. It is available to all students, of all academic backgrounds.
Requirements
OurMachine Learning and Deep Learning Certification is fully compatible with any kind of device. Whether you are using Windows computer, Mac, smartphones or tablets, you will get the same experience while learning. Besides that, you will be able to access the course with any kind of internet connection from anywhere at any time without any kind of limitation.
Career Path
After completing this course you will be able to build up accurate knowledge and skills with proper confidence to enrich yourself and brighten up your career in the relevant job market.
Course Curriculum
2 Sections | 130 Lessons
Module 1: Introduction & study plan 8m
Module 2: Overview of Mechine Learning 2m
Module 3: Types of Mechine Learning 4m
Module 4: continuation of types of machine learning 4m
Module 5: Steps in a typical machine learning workflow 4m
Module 6: Application of Mechine Learning 4m
Module 7: Data types & structure 2m
Module 8: Control Flow & Structure 2m
Module 9: Libraries for Machine Learning 4m
Module 10: Loading & preparing data final 4m
Module 11: Loading and preparing data 2m
Module 12: Tools and Platforms 5m
Module 13: Model Deployment 5m
Module 14: Numpy 4m
Module 15: Indexing and slicing 7m
Module 16: Pundas 5m
Module 17: Indexing and selection 4m
Module 18: Handling missing data 5m
Module 19: Data Cleaning and Preprocessing 5m
Module 20: Handling Duplicates 4m
Module 21: Data Processing 3m
Module 22: Data Splitting 5m
Module 23: Data Transformation 6m
Module 24: Iterative Process 4m
Module 25: Exploratory Data Analysis 4m
Module 26: Visualization Libraries 5m
Module 27: Advanced Visualization Techniques 15m
Module 28: Interactive Visualization 9m
Module 29: Regression 3m
Module 30: Types of Regression 7m
Module 31: Lasso Regration 8m
Module 32: Steps in Regration Analysis 14m
Module 33: Continuation 3m
Module 34: Best Practices 8m
Module 35: Regression Analysis is a Fundamental 3m
Module 36: Classification 4m
Module 37: Types of classification 6m
Module 38: Steps in Classification Analysis 5m
Module 39: Steps in Classification analysis Continuou. 10m
Module 40: Best Practices 7m
Module 41: Classification Analysis 3m
Module 42: Model Evolution and Hyperparameter tuning 5m
Module 43: Evaluation Metrics 4m
Module 44: Continuations of Hyperparameter tuning 8m
Module 45: Best Practices 6m
Module 46: Clustering 4m
Module 47: Types of Clustering Algorithm 6m
Module 48: Continuations Types of Clustering 4m
Module 49: Steps in Clustering Analysis 6m
Module 50: Continuations Steps in Clustering Analysis 5m
Module 51: Evalution of Clustering 8m
Module 52: Application of Clustering 7m
Module 53: Clustering Analysis 3m
Module 54: Dimensionality Reduction 10m
Module 55: Continuation of Dimensionally Reduction 3m
Module 58: Application of Dimensionality Reduction 4m
Module 59: Continuation of Application of Dimensionality 6m
Module 60: Introduction to Deep Learning 8m
Module 61: Feedforward Propagation 3m
Module 62: Backpropagation 7m
Module 63: Recurrent Neural Networks (RNN) 7m
Module 64: Training Techniques 5m
Module 65: Model Evaluation 8m
Module 66: Introduction to Tensorflow and Keras 8m
Module 67: Continuation of Introduction to Tensorflow and Keras. 11m
Module 68: Workflow 7m
Module 69: Keras 5m
Module 70: Continuation of Keras 2m
Module 71: Integration 7m
Module 72: Deep learning Techniques 3m
Module 73: Continuation of Deep learning techniques 7m
Module 74: Key Components 5m
Module 75: Training 8m
Module 76: Application 4m
Module 77: Continuation of Application 5m
Module 78: Recurrent Neural Networks 6m
Module 79: Continuation of Recurrent Neural Networks. 3m
Module 80: Training 3m
Module 81: Varients 4m
Module 82: Application 5m
Module 83: RNN 5m
Module 84: Transfer Learning and Fine Tuning 5m
Module 85: Continuation Transfer Learning and Fine Tuning 7m
Module 86: Fine Tuning 5m
Module 87: Continuation Fine Tuning 4m
Module 88: Best Practices 5m
Module 89: Transfer Learning and Fine Tuning are powerful techniques 4m
Module 90: Advance Deep Learning 5m
Module 91: Architecture 7m
Module 92: Training 4m
Module 93: Training Process 3m
Module 94: Application 6m
Module 95: Generative Adversarial Network have 3m
Module 96: Rainforcement Learning 5m
Module 97: Reward Signal and Deep Reinforcement 4m
Module 98: Techniques in Deep Reinforcement Learning 5m
Module 99: Application of Deep Reinforcement 6m
Module 100: Deep Reinforcement Learning has demonstrated 4m
Module 101: Deployment & Model Management 4m
Module 102: Flask for Web APIs 5m
Module 103: Example 8m
Module 104: Dockerization 8m
Module 105: Example Dockerfile 10m
Module 106: Flask and Docker provide a powerful combination 4m
Module 107: Model Management & Monitoring 15m
Module 108: Continuation of Model Management & Mentoring 4m
Module 109: Model Monitoring 8m
Module 110: Continuation of Model Monitoring 6m
Module 111: Tools and Platforms 5m
Module 112: By implementing effecting model management 4m
Module 113: Ethical and Responsible AI 4m
Module 114: Understanding Bias 10m
Module 115: Promotion Fairness 7m
Module 116: Module Ethical Considerations 7m
Module 117: Tools & Resources 6m
Module 118: Privacy and Security in ML 6m
Module 119: Privacy Consideration 7m
Module 120: Security Consideration 10m
Module 121: Continuation of security Consideration 7m
Module 122: Education & Awareness 7m
Module 123: Capstone Project 8m
Module 124: Project Task 4m
Module 125: Evaluation and performance 7m
Module 126: Privacy-Preservin g Deployment 8m
Module 127: Learning Outcome 6m
Module 128: Additional Resources and Practices 4m
Module 129: Assignment 1m
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Key features of the Machine Learning and Deep Learning Certification
Recognised qualification upon successful completion of the course
Study from anywhere, anytime, whenever it is convenient for you.
Get 24/7 support from our Customer Success Team
Affordable and engaging e-learning study materials
Study at your own pace from a tablet, PC or smartphone
Online tutor support when you are in need.
Who is this course for?
There is no experience or previous qualifications required for enrolment on this course. It is available to all students, of all academic backgrounds.
Requirements
OurMachine Learning and Deep Learning Certification is fully compatible with any kind of device. Whether you are using Windows computer, Mac, smartphones or tablets, you will get the same experience while learning. Besides that, you will be able to access the course with any kind of internet connection from anywhere at any time without any kind of limitation.
Career Path
After completing this course you will be able to build up accurate knowledge and skills with proper confidence to enrich yourself and brighten up your career in the relevant job market.
2 Sections | 130 Lessons
Module 1: Introduction & study plan8m
Module 2: Overview of Mechine Learning2m
Module 3: Types of Mechine Learning4m
Module 4: continuation of types of machine learning4m
Module 5: Steps in a typical machine learning workflow4m
Module 6: Application of Mechine Learning4m
Module 7: Data types & structure2m
Module 8: Control Flow & Structure2m
Module 9: Libraries for Machine Learning4m
Module 10: Loading & preparing data final4m
Module 11: Loading and preparing data2m
Module 12: Tools and Platforms5m
Module 13: Model Deployment5m
Module 14: Numpy4m
Module 15: Indexing and slicing7m
Module 16: Pundas5m
Module 17: Indexing and selection4m
Module 18: Handling missing data5m
Module 19: Data Cleaning and Preprocessing5m
Module 20: Handling Duplicates4m
Module 21: Data Processing3m
Module 22: Data Splitting5m
Module 23: Data Transformation6m
Module 24: Iterative Process4m
Module 25: Exploratory Data Analysis4m
Module 26: Visualization Libraries5m
Module 27: Advanced Visualization Techniques15m
Module 28: Interactive Visualization9m
Module 29: Regression3m
Module 30: Types of Regression7m
Module 31: Lasso Regration8m
Module 32: Steps in Regration Analysis14m
Module 33: Continuation3m
Module 34: Best Practices8m
Module 35: Regression Analysis is a Fundamental3m
Module 36: Classification4m
Module 37: Types of classification6m
Module 38: Steps in Classification Analysis5m
Module 39: Steps in Classification analysis Continuou.10m
Module 40: Best Practices7m
Module 41: Classification Analysis3m
Module 42: Model Evolution and Hyperparameter tuning5m
Module 43: Evaluation Metrics4m
Module 44: Continuations of Hyperparameter tuning8m
Module 45: Best Practices6m
Module 46: Clustering4m
Module 47: Types of Clustering Algorithm6m
Module 48: Continuations Types of Clustering4m
Module 49: Steps in Clustering Analysis6m
Module 50: Continuations Steps in Clustering Analysis5m
Module 51: Evalution of Clustering8m
Module 52: Application of Clustering7m
Module 53: Clustering Analysis3m
Module 54: Dimensionality Reduction10m
Module 55: Continuation of Dimensionally Reduction3m