
Create a Google Colab notebook with a t4 gpu for facial image prediction using ResNet 50, then import cv2, os, numpy, and TensorFlow Keras tools.
Build a ResNet 50 model for the dataset by defining a buildResNet function with input shape and classes, using ResNet 50 with ImageNet weights and include_top false, then freeze base.
save the trained model in keras format as face.h5, reload it, and predict face images using a predict function with cv2, numpy, and a label map.
Learn to train a sign language dataset with ResNet-50, configure batch size and epochs, monitor accuracy, and export the model as a pkl file.
Import the traffic sign dataset for a ResNet project from Google Drive or Kaggle, with class folders and a copied path to run the code.
Welcome to the ultimate course on Deep Learning Project focused on ResNet architecture – master 5 complete Deep Learning Projects from scratch.
This course guides you step-by-step through building and training 5 powerful Deep Learning Projects using ResNet models. Whether you are a beginner or have some experience, this course covers practical techniques and project implementations for real-world Deep Learning Projects.
You will gain hands-on experience in designing, training, and evaluating ResNet-based Deep Learning Projects applicable to image recognition and computer vision tasks.
By the end of this course, you will have successfully completed 5 advanced Deep Learning Projects and gained the confidence to tackle more complex deep learning challenges.
Projects Covered:
Image Classification: Build a ResNet model for multi-class image classification tasks.
Object Detection: Integrate ResNet with YOLO or similar frameworks for object detection.
Medical Image Analysis: Develop a ResNet model for detecting diseases from medical imaging datasets.
Image Segmentation: Use ResNet as a backbone for segmenting objects in complex images.
Facial Recognition System: Train a ResNet model for accurate facial recognition.
This course is ideal for:
AI and Machine Learning Practitioners: Professionals seeking hands-on experience in applying ResNet to real-world problems.
Software Developers: Developers wanting to transition into AI or enhance their skills in computer vision projects.
Data Scientists: Experts looking to expand their knowledge of ResNet for image analysis and related applications.
By the end, you’ll have a robust understanding of ResNet and the ability to implement it in diverse applications.