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
    Join the conversation
    Shahid Umar 5 months ago
    The main discussion in this lecture is key points of multi-layer perceptron i,e forward propagation, backward propagation, learning rate and activation function
    Reply
    tayyab Ali 5 months ago
    I learned in this lecture Multi-layer Perceptron (MLPs) 1-Input Layer ( receives the input signal, which is data ) 2-Hidden Layer ( one or more hidden layers ) 3-Output Layer ( produces the final output ) I also learned how it works so key points of working are 1-Key point no. one is Forward Propagation (signals travel from the input layer forward to the output) ( activation function used in the hidden and output layers only ) 2-Key point no. two is Back Propagation (updating the weights of neurons through the backpropagation method ) 3-Key point no. three is Learning Rate ( It controls how much the weights are adjusted during backpropagation )
    Reply
    Sibtain Ali 5 months ago
    I learned in this video Multi-layer Perceptron (MLPs) 1-Input Layer ( receives the input signal, which is data ) 2-Hidden Layer ( one or more hidden layers ) 3-Output Layer ( produces the final output ) I also learned how it works so key points of working are 1-Key point no. one is Forward Propagation (signals travel from the input layer forward to the output) ( activation function used in the hidden and output layers only ) 2-Key point no. two is Back Propagation (updating the weights of neurons through the back propagation method ) 3-Key point no. three is Learning Rate ( It controls how much the weights are adjusted during backpropagation )
    Reply
    Javed Ali 5 months ago
    AOA, I learned in this lecture about multi-layer perceptron (MLP), a type of neural network that consists of more than one layer of neurons. Unlike a single-layer perceptron, which can only learn linearly separable patterns, a multi-layer perceptron can learn more complex, non-linear functions. This makes it a fundamental model in the fields of deep learning and neural networks.And also learned structure of Multi-layer perceptrons, which are1-Input Layer ( receives the input signal, which is data ) 2-Hidden Layer ( one or more hidden layers ) 3-Output Layer ( produces the final output )And I also learned how it works so key points of working are1-Key point no. one is Forward Propagation (signals travel from the input layer forward to the output) ( activation function used in the hidden and output layers only )2-Key point no. two is Back Propagation (updating the weights of neurons through back propagation method )3-Key point no. three is Learning Rate ( It controls how much the weights are adjusted during back propagation )4-Key point no. four ( by mistake, three was written in the lecture) is Activation function ( functions like Sigmoid, ReLU or Tanh are allowing the MLP to learn more complex patterns.)ALLAH PAK aap ko sahat o aafiyat wali lambi umar ata kray aor ap ko dono jahan ki bhalian naseeb farmaey aur aap ke walid-e-mohtram ko karwat karwat jannat ata farmaye,Ameen.
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