Pinned Repositories
Code-for-Interfacing-20x4-or-16x2-LCD-with-TI-C2000-DSP-TMS320f28069
This project contains a library and an example for interfacing a 16x2 or 20x4 LCD module to a Texas Instruments C2000 DSP TMS320F28069.
Cpp-Data-Structures-and-Algorithms
Various algorithms and data structures implemented in C++ for educational purposes.
DeepVO-pytorch
PyTorch Implementation of DeepVO
hw3
Image-Denoising-Using-K-SVD
Lidar-to-IR-Reprojection
Live-Reproject
Reproject while capturing lidar data
Python-Data-Structures-and-Algorithms
Various data structures and algorithms implemented in python for educational purposes.
Semantic-Segmentation-Models
This is a pytorch implementation for training and testing different semantic segmentation models on cityscapes dataset. Currently it supports deep lab v3, and more models will be added in future.
STEALTH
We tackle the problem of computing disparity or depth of objects in a scene using Infrared Images. As far as we know, this is the first repository to deal with disparity computation using Infrared Images.
karan2808's Repositories
karan2808/Cpp-Data-Structures-and-Algorithms
Various algorithms and data structures implemented in C++ for educational purposes.
karan2808/Python-Data-Structures-and-Algorithms
Various data structures and algorithms implemented in python for educational purposes.
karan2808/Semantic-Segmentation-Models
This is a pytorch implementation for training and testing different semantic segmentation models on cityscapes dataset. Currently it supports deep lab v3, and more models will be added in future.
karan2808/Code-for-Interfacing-20x4-or-16x2-LCD-with-TI-C2000-DSP-TMS320f28069
This project contains a library and an example for interfacing a 16x2 or 20x4 LCD module to a Texas Instruments C2000 DSP TMS320F28069.
karan2808/DeepVO-pytorch
PyTorch Implementation of DeepVO
karan2808/hw3
karan2808/Image-Denoising-Using-K-SVD
karan2808/Lidar-to-IR-Reprojection
karan2808/Live-Reproject
Reproject while capturing lidar data
karan2808/STEALTH
We tackle the problem of computing disparity or depth of objects in a scene using Infrared Images. As far as we know, this is the first repository to deal with disparity computation using Infrared Images.
karan2808/models
Models and examples built with TensorFlow
karan2808/SelfSimSR
Exploiting Self-Similarities for Single Frame Super-Resolution (ACCV 2010)
karan2808/Stereo-Vision
This program has been developed as part of a project at the University of Karlsruhe in Germany. The final purpose of the algorithm is to measure the distance to an object by combining two webcams and use them as a Stereo Camera.