# Computer Vision

* **Multi Layer perceptron (MLP)** for digital classification&#x20;
* **CNN (Convolutional Neural Network)**&#x20;
  * Filters, Local Receptive fields, parameter sharing&#x20;
  * Kernel, stride, padding, pooling&#x20;
  * CNN architectures&#x20;
    * Alex Net, VGG Net, ResNet, DenseNet&#x20;
    * Transfer learning and Fine Tuning&#x20;
* **Vision Transformers \[**[**Paper**](https://arxiv.org/pdf/2010.11929)**]**
* **Object Detection**&#x20;
  * Bounding Boxes and IOU
  * YOLO (Real time object detection)&#x20;
  * Retina Net and Focal Loss&#x20;
* **Image Segmentation**&#x20;
  * Semantic vs instance segmentation&#x20;
    * Metrics - MIoI and Dice coefficient&#x20;
  * U-Net, R-CNN, & Mark R-CNN&#x20;
* **Advance Object measurement and pose estimation**&#x20;
  * counting object via density estimation&#x20;
  * image retrieval and search&#x20;
  * Auto encoder and GAN
  * Multi model and Image captioning&#x20;
* Data Augmentation&#x20;
* Training Pipeline
  * Data Parallelism, parallel reads, caching etc,.
* Monitoring and Debugging&#x20;

Courses & Reference&#x20;

* <https://www.youtube.com/playlist?list=PLPTV0NXA_ZSgmWYoSpY_2EJzPJjkke4Az>
*


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