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Starting a Python programming journey for Data Science as a beginner involves building a solid foundation in both Python and data science concepts.
Familiarize Yourself with Python Libraries for Data Science
NumPy: Learn NumPy for numerical operations and working with arrays. It’s the foundation for many other libraries.
Pandas: Master Pandas for data manipulation and analysis. Focus on DataFrames, Series, and operations like filtering, grouping, and merging data.
Matplotlib/Seaborn: Start with Matplotlib for basic data visualization, then move to Seaborn for more advanced and aesthetically pleasing plots.
Develop a Strong Understanding of Data Science Concepts
Statistics: Learn the basics of descriptive and inferential statistics, including concepts like mean, median, standard deviation, correlation, and hypothesis testing.
Probability: Understand probability theory, distributions, and Bayes' theorem, which are crucial for data science.
Table of content
0:01 - Inroduction
4:50 - Object oriented programming
10:28 - Understanding a statement
15:00 - Basic idea of a programming language
20:56 - The skills of a programmer
26:32 - Understanding some mathematical operation
31:32 - Use IDE and Website like anywhere python
36:50 - Python Syntax
42:23 - Difference between natural language and Python
47:58 - What is interpreter interpreter
53:12 - The prompt in the python
58:07 - The variable
1:02:47 - The function
1:07:31 - Indentation
1:12:08 - Debugging
1:16:31 - Extract some specific features from an image file
1:20:00 - What is neutal network
1:25:03 - Deploy machine learning model
1:29:16 - Visualization capability
1:33:23 - The network the activation function
1:37:39 - A jupyter notebook file
1:41:59 - An efficient training of Model
1:46:01 - An activation function
1:50:18 - Some prediction of the test data
1:54:12 - A neural network prefer for image classification
2:01:26 - Overfitting and underfitting situation
2:05:32 - Data preparation
2:09:31 - Irish flower dataset
2:14:00 - Supervised learning
2:20:19 - A descriptive statistic analysis
2:24:40 - Standard deviation
2:34:17 - Create a heat map
2:39:52 - Calculate the accuracy percentage of the model
2:43:29 - Type of machine learning
2:44:07 - What is deep learning
2:47:33 - What is directive generative model
2:51:16 - How to use deep neural network
2:54:47 - The super relationship between the input and output data
2:58:19 - The hidden layers deep neural networks
3:01:34 - The unsupervised learning tasks for feature learning
3:11:58 - Understanding of deep multile layers perceptions
3:19:32 - The abundance of data help the model generalize better
3:23:07 - Multi- device training
3:27:08 - What are the major deep learning Frameworks?
3:31:47 - AI vs Human Brains
3:34:45 - Two popular activation functions
3:37:51 - Adjust the weight and bias
3:41:49 - The training of deep neural networks
3:44:15 - Find the patterns and structure in the data
3:48:04 - Deep learning is common in all AI driven systems
3:50:52 - The learnable parameters of the networks
3:59:29 - What are the three popular approaches of object classification in deep learning
4:03:48 - what are the significance of deep learning
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