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If you don’t take risks, you can’t create a future!
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If you don’t take risks, you can’t create a future!
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  1. Deep-Learning-for-detection-of-traffic-cones Deep-Learning-for-detection-of-traffic-cones Public

    Developed a CNN based algorithm to detect presence of a traffic cone in a given image

    Jupyter Notebook 1

  2. An-Introduction-to-Keras-on-Neural-Networks An-Introduction-to-Keras-on-Neural-Networks Public

    Application of Keras library for constructing a basic ANN and CNN

    Jupyter Notebook 2

  3. Flappy-Bird-Game-using-Genetic-Algorithm-and-Neural-Networks Flappy-Bird-Game-using-Genetic-Algorithm-and-Neural-Networks Public

    Solving Flappy Bird game using Genetic Algorithm and Neural Networks

    Python 1

  4. Deep-Q-Learning-DQN-and-Double-Deep-Q-Learning-DDQN-on-Gymnasium-Acrobot-v1-Environment Deep-Q-Learning-DQN-and-Double-Deep-Q-Learning-DDQN-on-Gymnasium-Acrobot-v1-Environment Public

    Determining Optimal Policy via Deep Q-Learning (DQN) and Double Deep Q-Learning (DDQN) with Experience Replay and Target Network on Gymnasium Acrobot-v1 Environment

    Jupyter Notebook 1

  5. Deep-Q-Learning-DQN-and-Double-Deep-Q-Learning-DDQN-on-Gymnasium-Lunar-Lander-v2-Environment Deep-Q-Learning-DQN-and-Double-Deep-Q-Learning-DDQN-on-Gymnasium-Lunar-Lander-v2-Environment Public

    Determining Optimal Policy and Performing Ablation Study via Deep Q-Learning (DQN) and Double Deep Q-Learning (DDQN) with Experience Replay and Target Network on Gymnasium Lunar-Lander-v2 Environment

    Jupyter Notebook 1

  6. In-situ-Porosity-Prediction-via-Multimodal-Sensor-Data-Fusion In-situ-Porosity-Prediction-via-Multimodal-Sensor-Data-Fusion Public

    In-situ Surface Porosity Prediction in Directed Energy Deposition (DED)-printed SS316L Parts via Multimodal Sensor Data Fusion

    Jupyter Notebook 1