المجلة الجزائرية للعلوم
Volume 7, Numéro 14, Pages 80-88
2021-06-03
Authors : Merouane Labeni . Chaouki Boufenar . Mokhtar Taffar .
Objects detection and tracking in video frames constitute a vital field of research that provide appropriate information about objectsand their trajectories. An interesting technique to achieve these goals is using digital image/video processing methods with machine learning and deep learning methods. This paper presents an object multi-detection and multi-tracking approach based on a combination of machine learning methods,using KMeans clustering and silhouette coefficient measure that are used for objectmulti-detection with a deeper convolutional neural network method which represents a ConvNet architecture used for objectsclassification, and a proposed algorithm using a mathematical concept for object multi-tracking. This work demonstrates that the mission of object multi-detection and multi-tracking can be achieved via standard image/video processing and machine learning (consequently deep learning) methods. Therefore, and for both detection and tracking goals, we will show that optical flow analysis, data analysis and ConvNets architectures are well suited towards these goals.
Image/Video Processing, Machine Learning, Deep Learning
Benyahia Samia
.
Meftah Boudjelal
.
pages 23-27.
Dung Bui-ngoc
.
Hieu Nguyen-tran
.
Hoa Tran-ngoc
.
Lan Nguyen-ngoc
.
Huan Vu
.
Thanh Bui-tien
.
Magd Abdel Wahab
.
pages 589-598.
Hellal Aouatef
.
Djeddou Messaoud
.
Loukam Imed
.
A. Hameed Ibrahim
.
Al Dallal Jehad
.
Shawaqfah Moayyad
.
pages 69-83.