GerasimovIV

convert_q10

Gaz

Homework1

kvasir-seg

Polyp Segmentation

landing-quadcopter

landing-quadcopter-assembly

ogldev

OpenGL tutorials

open-pose-pytorch

OPT_Infrared_separation_background_signal

Infrared search and track systems are used because the objects that we want to track are very bright in this spectral range. However, due to the size of target's signal the problem of detection and localization target objects in complex background became a challenging task. This paper proposed the algorithm based on the hypothesis that the data may be made up from multi-subspace. Moreover the overlapping edge information is used for improving quality. So the problem can be considered as optimization problem. By applying the alternating direction method of multipliers (ADMM) I built the solution algorithm.

project_tree_Cmake

GerasimovIV/convert_q10

GerasimovIV/Gaz

GerasimovIV/Homework1

GerasimovIV/kvasir-seg

Polyp Segmentation

GerasimovIV/landing-quadcopter

GerasimovIV/landing-quadcopter-assembly

GerasimovIV/ogldev

OpenGL tutorials

GerasimovIV/open-pose-pytorch

GerasimovIV/OPT_Infrared_separation_background_signal

Infrared search and track systems are used because the objects that we want to track are very bright in this spectral range. However, due to the size of target's signal the problem of detection and localization target objects in complex background became a challenging task. This paper proposed the algorithm based on the hypothesis that the data may be made up from multi-subspace. Moreover the overlapping edge information is used for improving quality. So the problem can be considered as optimization problem. By applying the alternating direction method of multipliers (ADMM) I built the solution algorithm.

GerasimovIV/project_tree_Cmake

GerasimovIV/python-pcl

Python bindings to the pointcloud library (pcl)

GerasimovIV/snake-ai-docker

GerasimovIV/template_tree

GerasimovIV/tree

GerasimovIV/tree_po_fenshuy

GerasimovIV/Vector2_and_Matrix2

GerasimovIV/wave-propagation

A machine learning-based solution that will take these inputs and conduct wave propagation quicker than conventional finite-difference codes, or augment the finite-difference code with artificial intelligence-based components for increased computation speed.

GerasimovIV/work_with_memory

GerasimovIV/Yandex_techical_interview

GerasimovIV/Yolo_small_signal

Using Yolov3 for small object detection