Course Content
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Day-17: Complete EDA on Google PlayStore Apps
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Day-25: Quiz Time, Data Visualization-4
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Day-27: Data Scaling/Normalization/standardization and Encoding
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Day-30: NumPy (Part-3)
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Day-31: NumPy (Part-4)
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Day-32a: NumPy (Part-5)
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Day-32b: Data Preprocessing / Data Wrangling
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Day-37: Algebra in Data Science
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Day-56: Statistics for Data Science (Part-5)
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Day-69: Machine Learning (Part-3)
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Day-75: Machine Learning (Part-9)
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Day-81: Machine Learning (Part-15)-Evaluation Metrics
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Day-82: Machine Learning (Part-16)-Metrics for Classification
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Day-85: Machine Learning (Part-19)
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Day-89: Machine Learning (Part-23)
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Day-91: Machine Learning (Part-25)
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Day-93: Machine Learning (Part-27)
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Day-117: Deep Learning (Part-14)-Complete CNN Project
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Day-119: Deep Learning (Part-16)-Natural Language Processing (NLP)
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Day-121: Time Series Analysis (Part-1)
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Day-123: Time Series Analysis (Part-3)
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Day-128: Time Series Analysis (Part-8): Complete Project
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Day-129: git & GitHub Crash Course
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Day-131: Improving Machine/Deep Learning Model’s Performance
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Day-133: Transfer Learning and Pre-trained Models (Part-2)
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Day-134 Transfer Learning and Pre-trained Models (Part-3)
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Day-137: Generative AI (Part-3)
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Day-139: Generative AI (Part-5)-Tensorboard
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Day-145: Streamlit for webapp development and deployment (Part-1)
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Day-146: Streamlit for webapp development and deployment (Part-2)
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Day-147: Streamlit for webapp development and deployment (Part-3)
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Day-148: Streamlit for webapp development and deployment (Part-4)
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Day-149: Streamlit for webapp development and deployment (Part-5)
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Day-150: Streamlit for webapp development and deployment (Part-6)
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Day-151: Streamlit for webapp development and deployment (Part-7)
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Day-152: Streamlit for webapp development and deployment (Part-8)
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Day-153: Streamlit for webapp development and deployment (Part-9)
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Day-154: Streamlit for webapp development and deployment (Part-10)
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Day-155: Streamlit for webapp development and deployment (Part-11)
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Day-156: Streamlit for webapp development and deployment (Part-12)
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Day-157: Streamlit for webapp development and deployment (Part-13)
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How to Earn using Data Science and AI skills
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Day-160: Flask for web app development (Part-3)
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Day-161: Flask for web app development (Part-4)
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Day-162: Flask for web app development (Part-5)
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Day-163: Flask for web app development (Part-6)
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Day-164: Flask for web app development (Part-7)
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Day-165: Flask for web app deployment (Part-8)
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Day-167: FastAPI (Part-2)
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Day-168: FastAPI (Part-3)
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Day-169: FastAPI (Part-4)
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Day-170: FastAPI (Part-5)
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Day-171: FastAPI (Part-6)
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Day-174: FastAPI (Part-9)
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Six months of AI and Data Science Mentorship Program
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    Mian Muhammad Usman 1 month ago
    Different types of plots are used based on the type of data and the kind of analysis required. Here's a breakdown:1. Categorical Data (Qualitative) Bar Chart: Used to compare different categories (e.g., sales of different products). Pie Chart: Shows proportions of categories in a dataset (e.g., market share). Stacked Bar Chart: Displays multiple categorical variables stacked on top of each other. 2. Numerical Data (Quantitative) Histogram: Used to show the distribution of continuous data (e.g., age distribution). Box Plot (Whisker Plot): Represents the spread of data and identifies outliers. Scatter Plot: Shows relationships between two continuous variables (e.g., height vs. weight). Line Chart: Used for trends over time (e.g., stock prices). 3. Time Series Data Line Plot: Most commonly used to show trends over time. Area Chart: Similar to a line chart but filled to show volume (e.g., cumulative rainfall). 4. Relationship between Variables Scatter Plot: Shows correlations between two variables. Bubble Chart: Similar to a scatter plot but includes a third variable as bubble size. Heatmap: Shows relationships between multiple variables using color intensities. 5. Distribution Analysis Histogram: Shows frequency distribution of continuous data. Density Plot: Smoothed version of a histogram. Violin Plot: Combines a box plot and a density plot. 6. Comparison of Multiple Variables Parallel Coordinate Plot: Used in multivariate data analysis. Radar Chart (Spider Chart): Displays multiple variables in a circular layout. 7. Geospatial Data Choropleth Map: Uses color to represent values across geographic regions. Scatter Geo Plot: Uses dots to show locations on a map.
    Reply
    Khawar Zaman 2 months ago
    nice. sir jee
    Reply
    Meer Muhammad 1 year ago
    key principals: 1: simplicity: less is more 2: consistency: making sure to have same color pallet, fonts 3: accuracy: plot what data says, 4: Interactivity: make plots interactive, user interactive
    Reply
    Shahid Umar 2 years ago
    Key points and key principles are very remarkable things in this lecture. The top learning tools for Data Visualization are (1) Python Libraries (2) MS Excel (3) Tableau (4) PowerBI
    Reply
    Waseem Hassan 1 year ago
    Deep Derive data visualization lecture deliver remarkable.
    Khurram Imrani 2 years ago
    10 most used python libraries for data visualization Pandas Seaborn Matplotlib Plotly Bokeh Altair ggplot (Plotnine) Holoviews Geopandas Folium
    Reply
    Najeeb Ullah 2 years ago
    done
    Reply
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