Data Science: Create Real World Projects

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Data Science Create Real World Projects [TutsNode.com] - Data Science Create Real World Projects 9 - Introduction to Linear Regression
  • 45 - Learn about OLS [Ordinary Least Squares] algorithm.mp4 (246.8 MB)
  • 49 - linear-regression-guide.zip (86.7 KB)
  • 46 - Introduction to working of Linear Regression English.vtt (40.6 KB)
  • 45 - Learn about OLS [Ordinary Least Squares] algorithm English.vtt (34.1 KB)
  • 49 - Implement Simple Linear Regression English.vtt (28.7 KB)
  • 44 - Introduction to Linear Regression English.vtt (18.5 KB)
  • 47 - Lecture Introduction to MSE, MAE, RMSE English.vtt (14.8 KB)
  • 48 - Introduction to R squared English.vtt (12.8 KB)
  • 46 - Introduction to working of Linear Regression.mp4 (194.6 MB)
  • 49 - Implement Simple Linear Regression.mp4 (168.9 MB)
  • 44 - Introduction to Linear Regression.mp4 (156.4 MB)
  • 47 - Lecture Introduction to MSE, MAE, RMSE.mp4 (57.0 MB)
  • 48 - Introduction to R squared.mp4 (49.4 MB)
10 - Introduction to Logistic Regression
  • 52 - logistic.zip (143.3 KB)
  • 53 - logistic.zip (143.3 KB)
  • 53 - Implement Logistic Regression part 2 English.vtt (38.8 KB)
  • 52 - Implement Logistic Regression part 1 English.vtt (25.3 KB)
  • 51 - Learn about Gradient Descent English.vtt (7.5 KB)
  • 50 - Learn about Logistic Regression English.vtt (7.3 KB)
  • 53 - Implement Logistic Regression part 2.mp4 (200.7 MB)
  • 52 - Implement Logistic Regression part 1.mp4 (145.3 MB)
  • 51 - Learn about Gradient Descent.mp4 (45.3 MB)
  • 50 - Learn about Logistic Regression.mp4 (38.3 MB)
6 - Introduction to Feature Transformation
  • 30 - min-max-scaler.ipynb (48.5 KB)
  • 32 - min-max-scaler.ipynb (48.5 KB)
  • 33 - standard-scaler.ipynb (38.1 KB)
  • 33 - Standardization in practice English.vtt (16.3 KB)
  • 34 - one-hot-encoding.ipynb (16.2 KB)
  • 35 - one-hot-encoding.ipynb (16.2 KB)
  • 35 - One Hot Encoding in practice English.vtt (15.2 KB)
  • 34 - Introduction to One Hot Encoding English.vtt (12.5 KB)
  • 32 - Normalization in practice English.vtt (12.1 KB)
  • 31 - Data Standardization English.vtt (10.8 KB)
  • 29 - Introduction to Feature Importance English.vtt (10.7 KB)
  • 30 - Data Normalization English.vtt (4.2 KB)
  • 33 - Standardization in practice.mp4 (138.1 MB)
  • 32 - Normalization in practice.mp4 (125.2 MB)
  • 35 - One Hot Encoding in practice.mp4 (116.9 MB)
  • 34 - Introduction to One Hot Encoding.mp4 (55.8 MB)
  • 29 - Introduction to Feature Importance.mp4 (55.7 MB)
  • 31 - Data Standardization.mp4 (48.3 MB)
  • 30 - Data Normalization.mp4 (23.0 MB)
3 - Data Science Lifecycle Methodology
  • 7 - Phases of CRISP English.vtt (4.4 KB)
  • 5 - Data Science Methodologies English.vtt (9.3 KB)
  • 9 - Phases of CRISP English.vtt (7.6 KB)
  • 6 - CRISP English.vtt (6.9 KB)
  • 8 - Phases of CRISP English.vtt (3.3 KB)
  • 5 - Data Science Methodologies.mp4 (51.2 MB)
  • 6 - CRISP-DM model.mp4 (42.9 MB)
  • 9 - Phases of CRISP-DM part 3.mp4 (39.7 MB)
  • 7 - Phases of CRISP-DM.mp4 (26.6 MB)
  • 8 - Phases of CRISP-DM part 2.mp4 (17.4 MB)
12 - Project 2 Natural Language Processing
  • 76 - Cleaning the data.mp4 (245.4 MB)
  • 79 - Creating wordcloud English.vtt (23.0 KB)
  • 79 - Creating wordcloud.mp4 (207.3 MB)
  • 78 - Analyzing most commonly spoken words English.vtt (15.1 KB)
  • 84 - Topic Modeling English.vtt (14.5 KB)
  • 73 - Loading the data to the project English.vtt (12.8 KB)
  • 80 - Profanity English.vtt (12.8 KB)
  • 85 - Topic Modeling Part Of Speech Tagging English.vtt (12.7 KB)
  • 77 - Creating Document Term Matrix English.vtt (8.9 KB)
  • 75 - Storing data into the data frame English.vtt (8.5 KB)
  • 83 - Plotting Polarity and Subjectivity English.vtt (8.3 KB)
  • 82 - Sentiment Label English.vtt (8.1 KB)
  • 74 - Introduction to Corpus and Term Document Matrix English.vtt (7.7 KB)
  • 86 - Text Generation English.vtt (6.0 KB)
  • 81 - Sentimental Analysis English.vtt (6.0 KB)
  • 73 - Project-2.zip (853.8 KB)
  • 74 - Project-2.zip (853.8 KB)
  • 78 - Analyzing most commonly spoken words.mp4 (141.9 MB)
  • 84 - Topic Modeling.mp4 (128.1 MB)
  • 73 - Loading the data to the project.mp4 (117.0 MB)
  • 85 - Topic Modeling Part Of Speech Tagging.mp4 (104.4 MB)
  • 87 - Text Generation Part 2.mp4 (86.1 MB)
  • 80 - Profanity.mp4 (81.5 MB)
  • 75 - Storing data into the data frame.mp4 (78.2 MB)
  • 82 - Sentiment Label.mp4 (69.3 MB)
  • 83 - Plotting Polarity and Subjectivity.mp4 (53.5 MB)
  • 74 - Introduction to Corpus and Term Document Matrix.mp4 (44.3 MB)
  • 81 - Sentimental Analysis.mp4 (37.8 MB)
  • 86 - Text Generation.mp4 (36.1 MB)
5 - Cleaning data (Coding session) Feature Engineering
  • 27 - Sklearn-Feature-Importance.ipynb (113.2 KB)
  • 28 - Sklearn-Feature-Importance.ipynb (113.2 KB)
  • 24 - pandas-data-type-mismatch.ipynb (44.8 KB)
  • 24 - Handle data type mismatch.mp4 (242.8 MB)
  • 26 - pandas-missing-data.ipynb (22.4 KB)
  • 24 - Handle data type mismatch English.vtt (27.3 KB)
  • 25 - pandas-duplicate-data.ipynb (22.2 KB)
  • 27 - Feature Importance English.vtt (15.5 KB)
  • 25 - Remove Duplicate data English.vtt (12.3 KB)
  • 26 - Handling missing data English.vtt (11.9 KB)
  • 28 - Plot feature importance plot English.vtt (6.4 KB)
  • 27 - Feature Importance.mp4 (146.3 MB)
  • 26 - Handling missing data.mp4 (95.5 MB)
  • 25 - Remove Duplicate data.mp4 (89.9 MB)
  • 28 - Plot feature importance plot.mp4 (60.6 MB)
8 - Introduction to Decision Tree
  • 42 - Code Decision Tree classifier English.vtt (34.7 KB)
  • 40 - Decision Tree part 1 English.vtt (37.2 KB)
  • Description


    Description

    FAQ about Data Science:

    What is Data Science?

    Data science encapsulates the interdisciplinary activities required to create data-centric artifacts and applications that address specific scientific, socio-political, business, or other questions.

    Let’s look at the constituent parts of this statement:

    1. Data: Measurable units of information gathered or captured from activity of people, places and things.

    2. Specific Questions: Seeking to understand a phenomenon, natural, social or other, can we formulate specific questions for which an answer posed in terms of patterns observed, tested and or modeled in data is appropriate.

    3. Interdisciplinary Activities: Formulating a question, assessing the appropriateness of the data and findings used to find an answer require understanding of the specific subject area. Deciding on the appropriateness of models and inferences made from models based on the data at hand requires understanding of statistical and computational methods

    Why Data Science?

    The granularity, size and accessibility data, comprising both physical, social, commercial and political spheres has exploded in the last decade or more.

    According to Hal Varian, Chief Economist at Google and I quote:

    “I keep saying that the sexy job in the next 10 years will be statisticians and Data Scientist”

    “The ability to take data—to be able to understand it, to process it, to extract value from it, to visualize it, to communicate it—that’s going to be a hugely important skill in the next decades, not only at the professional level but even at the educational level for elementary school kids, for high school kids, for college kids.”

    ************ ************Course Organization **************************

    Section 1: Setting up Anaconda and Editor/Libraries

    Section 2: Learning about Data Science Lifecycle and Methodologies

    Section 3: Learning about Data preprocessing: Cleaning, normalization, transformation of data

    Section 4: Some machine learning models: Linear/Logistic Regression

    Section 5: Project 1: Hotel Booking Prediction System

    Section 6: Project 2: Natural Language Processing

    Section 7: Project 3: Artificial Intelligence

    Section 8: Farewell
    Who this course is for:

    This course is dedicated to those people who has some knowledge of programming and wants to learn about how to solve data science and machine learning problems
    This course is for them who wants to built career in the field of Data science and Machine Learning
    This course is for them who wants to learn data science in perfect way: by learning about feature engineering: data cleaning, transforming and using it to algorithms
    This course is for them who wants to learn Machine Learning and Artificial Intelligence by creating fun projects

    Requirements

    Basic knowledge of Python programming is essential
    You should know topics of programming like functions, data structures and object oriented programming

    Last Updated 4/2022



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Data Science: Create Real World Projects


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8.3 GB
seeders:15
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Data Science: Create Real World Projects


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