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Object Detection and Recognition Techniques
( 30 Modules )

Module #1
Introduction to Object Detection
Overview of object detection, importance, and applications
Module #2
Object Detection Fundamentals
Basic concepts:classification, localization, segmentation, and detection
Module #3
Object Detection Architectures
Overview of popular architectures:YOLO, SSD, Faster R-CNN, and RetinaNet
Module #4
Convolutional Neural Networks (CNNs) for Object Detection
Role of CNNs in object detection, feature extraction, and backbone networks
Module #5
Region Proposal Networks (RPNs)
Generating region proposals, anchor boxes, and IoU calculation
Module #6
YOLO (You Only Look Once) Object Detection
Architecture, advantages, and limitations of YOLO
Module #7
SSD (Single Shot Detector) Object Detection
Architecture, advantages, and limitations of SSD
Module #8
Faster R-CNN Object Detection
Architecture, advantages, and limitations of Faster R-CNN
Module #9
RetinaNet Object Detection
Architecture, advantages, and limitations of RetinaNet
Module #10
Object Detection Loss Functions
Types of loss functions:classification, localization, and regression
Module #11
Object Detection Metrics
Evaluation metrics:precision, recall, AP, AR, and IoU
Module #12
Object Detection Datasets
Popular datasets:Pascal VOC, COCO, KITTI, and Open Images
Module #13
Object Recognition Techniques
Overview of object recognition, importance, and applications
Module #14
Features Extraction for Object Recognition
Types of features:SIFT, SURF, ORB, and Bag-of-Words
Module #15
Classification-based Object Recognition
Using classification models:SVM, k-NN, and Random Forest
Module #16
Deep Learning-based Object Recognition
Using CNNs and transfer learning for object recognition
Module #17
Object Recognition using Embeddings
Using feature embeddings:triplet loss, siamese networks, and metric learning
Module #18
Object Recognition Challenges and Limitations
Handling variations:occlusion, pose, lighting, and viewpoint
Module #19
Real-World Applications of Object Detection and Recognition
Case studies:self-driving cars, surveillance, medical imaging, and robotics
Module #20
Object Detection and Recognition in Videos
Tracking objects across frames, motion detection, and video analysis
Module #21
Object Detection and Recognition using 3D Data
Using LiDAR, stereo vision, and 3D point clouds for object detection
Module #22
Object Detection and Recognition in Edge Computing
Optimizing models for edge devices, model compression, and quantization
Module #23
Object Detection and Recognition in Cloud Computing
Scaling models for cloud infrastructure, distributed training, and data parallelism
Module #24
Object Detection and Recognition using Transfer Learning
Fine-tuning pre-trained models for specific object detection tasks
Module #25
Object Detection and Recognition using Domain Adaptation
Adapting models to new domains, datasets, and environments
Module #26
Object Detection and Recognition using Ensembles
Combining multiple models for improved performance and robustness
Module #27
Object Detection and Recognition using Explainability Techniques
Using saliency maps, Grad-CAM, and feature importance for model interpretability
Module #28
Object Detection and Recognition Project Development
Guided project development:selecting datasets, designing models, and evaluating performance
Module #29
Object Detection and Recognition Best Practices
Tips and tricks for training, tuning, and deploying object detection and recognition models
Module #30
Course Wrap-Up & Conclusion
Planning next steps in Object Detection and Recognition Techniques career


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