Students will learn how to solve the Complex Numbers in Python
Requirements
Fundamental knowledge of Mathematics
Description
In this course, mathematics of complex numbers is explained in detailed. Mathematical operations on Complex Numbers are explained with examples. All these problems are also solved in Python. Important python modules for this course such as NumPy and Matplotlib are also the part of this course. After the completion of this course students will be able to solve Complex Number problems manually and by python.
Who this course is for:
Every one who wants to learn the basics of complex numbers
Visualize multiple forms of both 2D and 3D graphs, like line graphs, scatter plots, bar charts, and more
Create live graphs
Multiple Plots in a Graph
PyPlot, Bar, Pie, Histogram, Scatter & 3D Plot
Customize graphs, modifying colors, lines, fonts, and more
Requirements
Students should be comfortable with the basics of the Python 3 programming language
Python 3 should be already installed, and students should already know how open IDLE or their own favorite editor to write programs in.
Description
More and more people are realizing the vast benefits and uses of analyzing big data. However, the majority of people lack the skills and the time needed to understand this data in its original form. That’s where data visualization comes in; creating easy to read, simple to understand graphs, charts and other visual representations of data. Python 3 and Matplotlib are the most easily accessible and efficient to use programs to do just this.
Learn Big Data Python
Visualize multiple forms of 2D and 3D graphs; line graphs, scatter plots, bar charts, etc.
Load and organised data from various sources for visualization
Create and customize live graphs
Add finesse and style to make your graphs visually appealing
Python Data Visualization made Easy
With over 58 lectures and 6 hours of content, this course covers almost every major chart that Matplotlib is capable of providing. Intended for students who already have a basic understanding of Python, you’ll take a step-by-step approach to create line graphs, scatter plots, stack plots, pie charts, bar charts, 3D lines, 3D wire frames, 3D bar charts, 3D scatter plots, geographic maps, live updating graphs, and virtually anything else you can think of!
Starting with basic functions like labels, titles, window buttons and legends, you’ll then move onto each of the most popular types of graph, covering how to import data from both a CSV and NumPy. You’ll then move on to more advanced features like customized spines, styles, annotations, averages and indicators, geographical plotting with Basemap and advanced wire frames.
This course has been specially designed for students who want to learn a variety of ways to visually display python data. On completion of this course, you will not only have gained a deep understanding of the options available for visualizing data, but you’ll have the know-how to create well presented, visually appealing graphs too.
Tools Used
Python 3: Python is a general purpose programming language which a focus on readability and concise code, making it a great language for new coders to learn. Learning Python gives a solid foundation for learning more advanced coding languages, and allows for a wide variety of applications.
Matplotlib: Matplotlib is a plotting library that works with the Python programming language and its numerical mathematics extension ‘NumPy’. It allows the user to embed plots into applications using various general purpose tool kits (essentially, it’s what turns the data into the graph).
IDLE: IDLE is an Integrated Development Environment for Python; i.e where you turn the data into the graph. Although you can use any other IDE to do so, we recommend the use of IDLE for this particular course.
1. Matplotlib Introduction
2. PyPlot, Bar, Pie, Histogram, Scatter & 3D Plot
3. Multiple Plots in a Graph
Who this course is for:
Beginner Python developers curious about Data Science
Developing & deploying AI & Machine Learning applications using python AI & ML frameworks
how to use most popular AI & ML frameworks: NumPy ,SciPy, Scikit-Learn, Matplotlib
How to use Jupyter/iPython notebook for interactive development
How to create multi-user notebook enviroment using JupyterHub
Requirements
Basic Knowledge of Python
Description
When you want to learn a new technology for professional use, there are two mutually exclusive options, either you learn it yourself or you go for instructor based training.
Self learning is least expensive but lot of time results in wasting time in finding right contents, setting up the environment , troubleshooting issues and may make you give up in the middle.
Instructor based training can be expensive at times and need your time commitment.
This course combines the best of both these options. The course is based on one of the most famous books in the field “Python Machine Learning (2nd Ed.)” by Sebastian Raschka and Vahid Mirjalili and provides you video tutorials on how to understand the AI/ML concepts from the books by providing out of box virtual machine with demo examples for each chapter in the book and complete preinstalled setup to execute the code.
You learn the concepts by self learning and get hands on executing the sample code in the virtual machine.
The demo covers following concepts:
Machine Learning – Giving Computers the Ability to Learn from Data
Training Machine Learning Algorithms for Classification
A Tour of Machine Learning Classifiers Using Scikit-Learn
Building Good Training Sets – Data Pre-Processing
Compressing Data via Dimensionality Reduction
Learning Best Practices for Model Evaluation & Hyperparameter Optimization
Combining Different Models for Ensemble Learning
Applying Machine Learning to Sentiment Analysis
Embedding a Machine Learning Model into a Web Application
Predicting Continuous Target Variables with Regression Analysis
Working with Unlabeled Data – Clustering Analysis
Implementing a Multi-layer Artificial Neural Network from Scratch
Parallelizing Neural Network Training with TensorFlow
Going Deeper: The Mechanics of TensorFlow
Classifying Images with Deep Convolutional Neural Networks
Modeling Sequential Data Using Recurrent Neural Networks
In addition to the preinstalled setup and demos, the VM also comes with:
Jupyter notebook for web based interactive development
JupyterHub for multiuser notebook environment to allow multiple users to simultaneously do development
Remote desktop
Visual studio code IDE
Fish Shell
The VM is available on :
Google Cloud Platform
AWS
Microsoft Azure
Who this course is for:
Python developers who are intrested in learning Artificial Intelligence and Machine Learning
This course is especially for beginners who want to get started their journey in the field of machine learning. This course provides the hands-on experience with the python and scikit learn. So if you are new to the machine learning Get started with this course will be a good choice.
Who this course is for:
Begginer Python developers who want to get started with Machine Learning
Basic operations in Numpy, Scipy, Pandas, and Matplotlib
Vector, Matrix, and Tensor manipulation
Visualizing data
Reading, writing, and manipulating DataFrames
Requirements
Linear Algebra, Probability, and Python Programming
Description
Welcome! This is Deep Learning, Machine Learning, and Data Science Prerequisites: The Numpy Stack in Python (V2).
The reason I made this course is because there is a huge gap for many students between machine learning “theory” and writing actual code.
As I’ve always said: “If you can’t implement it, then you don’t understand it”.
Without basic knowledge of data manipulation, vectors, and matrices, students are not able to put their great ideas into working form, on a computer.
This course closes that gap by teaching you all the basic operations you need for implementing machine learning and deep learning algorithms.
The goal is that, after you take this course, you will learn about machine learning algorithms, and implement those algorithms in code using the tools and techniques you learned in this course.
Suggested Prerequisites:
linear algebra
probability
Python programming
Who this course is for:
Anyone who wants to implement Machine Learning algorithms
This is a practical machine learning course for people who wan to kickstart their career in Machine learning. This course will give you an understanding of what is machine learning and the concepts related to it. The course is structured in the following way:
Part1 – Introduction and setting Up environment
Part2 – Data Collection
Part3 – Data Analysis and Visualization
Part4 – Data Preprocessing
Part5 – Data Modelling
Part6 – Model Validation
Part7 – Ensemble Learning
Part8 – Dimensionality reduction
Part9 – Outro
At the end of this course you will learn how to create a simple pipeline for a prediction model and make it feasible for real time deployment.
Who this course is for:
Beginner Python developers curious about Machine learning.