Одноподитерационная скелетизация изображенийМа Цзюнь,
Цветков, В. Ю.,
Конопелько, В. К.,
Ma, Jun,
Tsviatkou, V. Yu.,
Konopelko, V. K. скелетизации.To construct extremely thin coupled
skeletons of binary images with low computational complexity
A novel fully parallel skeletonization algorithmA
Skeleton that is extracted by a
skeletonization algorithm
from a binary image
A novel fully parallel skeletonization algorithmA
Skeleton that is extracted by a
skeletonization algorithm from a binary image is useful
The skeletal growth in rams of the Kuibyshev breed sheep in postnatal ontogenesis of animals. The
skeleton is one of the most important parts of the body in respect of function and economy
Noise reduction method for skeletonized images skeletons from images without manual-tuning. The proposed framework can increase the robustness
Analysis of the skeleton of human movement for orthopedics tasks for pose
description is
skeleton. It is possible extract many important information from such object
CHANGES OF THE ABSOLUTE AND RELATIVE SKELETON BONES MASS IN YOUNG BLACK-SPOTTED CATTLE BY AGE PERIODS of ontogenesis the growth of the axle department of the
skeleton has the tendency of constant increasing
Parallel skeleton algorithm with one-subiterationThe
skeletonize of the binary image has crucial application in the field of target recognition