A comprehensive guide to matrix multiplication with numpy python library
https://www.youtube.com/watch?v=-hu53V03-1I
https://www.youtube.com/watch?v=-hu53V03-1I
YouTube
A Comprehensive Guide to Matrix Multiplication in Python NumPy
Unlock the power of matrix multiplication in Python NumPy with this comprehensive guide! Learn the basics and advanced techniques for multiplying matrices and boost your data analysis skills. From syntax to practical examples, this tutorial has everythingβ¦
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Forwarded from Epython Lab
Compilers and interpreters are programs that help convert the high level language (Source Code) into machine codes to be understood by the computers. Computer programs are usually written on high level languages. A high level language is one that can be understood by humans.
However, computers cannot understand high level languages as we humans do. They can only understand the programs that are developed in binary systems known as a machine code. To start with, a computer program is usually written in high level language described as a source code. These source codes must be converted into machine language and here comes the role of compilers and interpreters.
Differences between Interpreter and Compiler
!. Interpreter translates just one statement of the program at a time into machine code where as Compiler scans the entire program and translates the whole of it into machine code at once.
2. An interpreter takes very less time to analyze the source code. However, the overall time to execute the process is much slower. A compiler takes a lot of time to analyze the source code. However, the overall time taken to execute the process is much faster.
3. An interpreter does not generate an intermediary code. Hence, an interpreter is highly efficient in terms of its memory. A compiler always generates an intermediary object code. It will need further linking. Hence more memory is needed.
4. Keeps translating the program continuously till the first error is confronted. If any error is spotted, it stops working and hence debugging becomes easy. A compiler generates the error message only after it scans the complete program and hence debugging is relatively harder while working with a compiler.
5. Interpreters are used by programming languages like Ruby and Python for example. Compliers are used by programming languages like C and C++ for example.
However, computers cannot understand high level languages as we humans do. They can only understand the programs that are developed in binary systems known as a machine code. To start with, a computer program is usually written in high level language described as a source code. These source codes must be converted into machine language and here comes the role of compilers and interpreters.
Differences between Interpreter and Compiler
!. Interpreter translates just one statement of the program at a time into machine code where as Compiler scans the entire program and translates the whole of it into machine code at once.
2. An interpreter takes very less time to analyze the source code. However, the overall time to execute the process is much slower. A compiler takes a lot of time to analyze the source code. However, the overall time taken to execute the process is much faster.
3. An interpreter does not generate an intermediary code. Hence, an interpreter is highly efficient in terms of its memory. A compiler always generates an intermediary object code. It will need further linking. Hence more memory is needed.
4. Keeps translating the program continuously till the first error is confronted. If any error is spotted, it stops working and hence debugging becomes easy. A compiler generates the error message only after it scans the complete program and hence debugging is relatively harder while working with a compiler.
5. Interpreters are used by programming languages like Ruby and Python for example. Compliers are used by programming languages like C and C++ for example.
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tensorflow vs pytorch (1).pdf
351.4 KB
Keynote on Tensorflow vs PyTorch
Build your own Deep Learning Model with tensorflow and keras using Google Colab notebook https://www.youtube.com/watch?v=anyJVt5XzfE&list=PL0nX4ZoMtjYEhYVeSJkp2QhW658V0-R4e&index=3
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Build your own Deep Learning Model with tensorflow and keras using Google Colab notebook https://www.youtube.com/watch?v=anyJVt5XzfE&list=PL0nX4ZoMtjYEhYVeSJkp2QhW658V0-R4e&index=3
Join #epythonlab https://t.me/epythonlab
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INTRODUCTION TO PROBABILITY DISTRIBUTION FOR MACHINE LEARNING
1. What is a random variable?
ππΏ https://youtu.be/TkFipAuH-rY
2. Types of a random variable
ππΏ https://youtu.be/jBYsKZOxR6k
3. Calculating probability using probability mass function
ππΏ https://youtu.be/ceSvPxY_uAk
4. Calculating probability over a range
ππΏ https://youtu.be/_WF9X4RyARA
5. Calculating Probability using the cumulative distribution function
ππΏ https://youtu.be/tfoGiPlwiys
6. Calculating probability of continuous variable using density function and cumulative distribution function
ππΏ https://www.youtube.com/watch?v=ikete4WQaj0
1. What is a random variable?
ππΏ https://youtu.be/TkFipAuH-rY
2. Types of a random variable
ππΏ https://youtu.be/jBYsKZOxR6k
3. Calculating probability using probability mass function
ππΏ https://youtu.be/ceSvPxY_uAk
4. Calculating probability over a range
ππΏ https://youtu.be/_WF9X4RyARA
5. Calculating Probability using the cumulative distribution function
ππΏ https://youtu.be/tfoGiPlwiys
6. Calculating probability of continuous variable using density function and cumulative distribution function
ππΏ https://www.youtube.com/watch?v=ikete4WQaj0
YouTube
Introduction to Probability Distribution for Machine Learning | Random Variable in Python
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https://www.youtube.com/channel/UCsFz0IGS9qFcwrh7a91juPg/join
Learn introduction to Probability Distribution for Machine Learning
- Random Variable in Python
#python #probability #machinelearning #randomvariableβ¦
https://www.youtube.com/channel/UCsFz0IGS9qFcwrh7a91juPg/join
Learn introduction to Probability Distribution for Machine Learning
- Random Variable in Python
#python #probability #machinelearning #randomvariableβ¦
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Understanding Artificial Intelligence, Machine Learning, and Deep Learning
https://youtu.be/qSyDFGUXS9M
Join #epythonlab https://t.me/epythonlab
https://youtu.be/qSyDFGUXS9M
Join #epythonlab https://t.me/epythonlab
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Understanding Artificial Intelligence, Machine Learning, and Deep Learning
Understanding Artificial Intelligence, Machine Learning, and Deep Learning
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π°Donate to us at https://donorbox.org/donate-epythonlab
Join this channel to get exclusive access:β¦
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π°Donate to us at https://donorbox.org/donate-epythonlab
Join this channel to get exclusive access:β¦
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How to Fix Pandas KeyError: Python KeyError https://youtu.be/AC1DnZeXCu4
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ai vs ml vs dl.pdf
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AI vs ML vs DL
Understanding Artificial Intelligence, Machine Learning, and Deep Learning
https://youtu.be/qSyDFGUXS9M
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Understanding Artificial Intelligence, Machine Learning, and Deep Learning
https://youtu.be/qSyDFGUXS9M
Join #epythonlab https://t.me/epythonlab
β€3
Decorators in Python is used to ->
-> improve code readability
-> reduce code duplication
-> increase flexibility
Here you can learn how to implement decorators in Python step-by-step: https://www.youtube.com/watch?v=xpNt5qfgK38&list=PL0nX4ZoMtjYFwa6WIlGqs8g3EBTYt1k7y&index=8
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-> improve code readability
-> reduce code duplication
-> increase flexibility
Here you can learn how to implement decorators in Python step-by-step: https://www.youtube.com/watch?v=xpNt5qfgK38&list=PL0nX4ZoMtjYFwa6WIlGqs8g3EBTYt1k7y&index=8
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Learn #python with #epythonlab
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Decorators in Python Tutorial
Hello and welcome to @epythonlab . In this tutorial, you will learn about decorators in Python.
Decorators are a powerful and versatile tool in Python that allows you to modify the behavior of functions and classes without having to modify their source code.β¦
Decorators are a powerful and versatile tool in Python that allows you to modify the behavior of functions and classes without having to modify their source code.β¦
π6
Pandas vs SQL: Data Manipulation Showdown
https://www.youtube.com/watch?v=MIHFVsu7QNc
https://www.youtube.com/watch?v=MIHFVsu7QNc
YouTube
Pandas vs SQL: Data Manipulation Showdown
This comprehensive guide provides a detailed comparison between Pandas and SQL in data manipulation tasks, allowing you to understand the strengths and use cases of each tool.
If you have any questions or topics you'd like us to cover in future videos,β¦
If you have any questions or topics you'd like us to cover in future videos,β¦
π6
Top 10 highly paid remote tech jobs https://youtu.be/RBPAvQA8wZ8
Join #epythonlab https://t.me/epythonlab
Join #epythonlab https://t.me/epythonlab
INTRODUCTION TO PROBABILITY DISTRIBUTION FOR MACHINE LEARNING WITH PYTHON
1. What is a random variable?
ππΏ https://youtu.be/TkFipAuH-rY
2. Types of a random variable
ππΏ https://youtu.be/jBYsKZOxR6k
3. Calculating probability using probability mass function
ππΏ https://youtu.be/ceSvPxY_uAk
4. Calculating probability over a range
ππΏ https://youtu.be/_WF9X4RyARA
5. Calculating Probability using the cumulative distribution function
ππΏ https://youtu.be/tfoGiPlwiys
6. Calculating probability of continuous variable using density function and cumulative distribution function
ππΏ https://www.youtube.com/watch?v=ikete4WQaj0
1. What is a random variable?
ππΏ https://youtu.be/TkFipAuH-rY
2. Types of a random variable
ππΏ https://youtu.be/jBYsKZOxR6k
3. Calculating probability using probability mass function
ππΏ https://youtu.be/ceSvPxY_uAk
4. Calculating probability over a range
ππΏ https://youtu.be/_WF9X4RyARA
5. Calculating Probability using the cumulative distribution function
ππΏ https://youtu.be/tfoGiPlwiys
6. Calculating probability of continuous variable using density function and cumulative distribution function
ππΏ https://www.youtube.com/watch?v=ikete4WQaj0
YouTube
Introduction to Probability Distribution for Machine Learning | Random Variable in Python
Join this channel to get access to perks:
https://www.youtube.com/channel/UCsFz0IGS9qFcwrh7a91juPg/join
Learn introduction to Probability Distribution for Machine Learning
- Random Variable in Python
#python #probability #machinelearning #randomvariableβ¦
https://www.youtube.com/channel/UCsFz0IGS9qFcwrh7a91juPg/join
Learn introduction to Probability Distribution for Machine Learning
- Random Variable in Python
#python #probability #machinelearning #randomvariableβ¦
Data Science vs Machine Learning: Understanding the differences with realworld examples
https://youtu.be/bjwJrRVzBUU
Join #epythonlab https://t.me/epythonlab
https://youtu.be/bjwJrRVzBUU
Join #epythonlab https://t.me/epythonlab
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Combine Date and Time object
πΎ Trick?
πMore Tips and Tricks: https://bit.ly/Pythontoptips
πJoin Telegram https://t.me/epythonlab/
Learn #python with #epythonlab
πΎ Trick?
πMore Tips and Tricks: https://bit.ly/Pythontoptips
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Learn #python with #epythonlab
π4
Develop dynamic blog app using python and flask framework:
https://youtu.be/dIN31vX9Qvw
Watch full tutorial:
https://www.youtube.com/playlist?list=PL0nX4ZoMtjYGzAtRxyP0szpmv3Yaub-0o
https://youtu.be/dIN31vX9Qvw
Watch full tutorial:
https://www.youtube.com/playlist?list=PL0nX4ZoMtjYGzAtRxyP0szpmv3Yaub-0o
Machine Learning vs Deep Learning: Understanding the key differences with real-life example https://youtu.be/7NcdcX84YQY
YouTube
Machine Learning vs Deep Learning: Understanding the key differences with real-life example
Today, let's unravel the distinctions between machine learning and deep learning using real-life examples!"
We'll explore how these approaches differ and where they shine in practical applications.
--------------------------------------------------------β¦
We'll explore how these approaches differ and where they shine in practical applications.
--------------------------------------------------------β¦
π3
The most essential python list methods you should know: Here learn more Python tips https://youtu.be/YYzOGQCBUjo
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Join #epythonlab https://t.me/epythonlab
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