The aim of the master thesis is to derive and implement image porcessing methods for people detection and tracking in images or videos. The overall solution was chosen as a combination of modern approaches and methods which were recently presented. The proposed algorithm is able to create trajectory of the person moving in indoor building spaces even under influence of full or partial occlusion for a short period of time. The scene of interest is surveyed by a static camera having direct view on targets. Selected methods are implemented in C# programming language based on OpenCV library. Graphical user interface was created to show the final output of algorithm
The automated human behavior modeling is highly desired in the context of an assistive environment. ...
This bachelor's thesis deals with the person detection using RGB-D Microsoft Kinect sensor. Human bo...
International audienceThis paper deals with the general evaluation of human detection algorithms. We...
During the last decade the human body detection and tracking has been a very extensive research eld ...
This paper focuses on identification of persons entering objects of crucial infrastructure and subse...
International audienceIn this paper, we propose a vision-based system for human detection and tracki...
This article deals with the design and implementation of a prototype of an efficient Low-Cost, Low-P...
Video-based detection and tracking of persons in different environments gets increasingly more atten...
International audienceIn this paper, we propose a vision-based system for human detection and tracki...
This bachelor thesis deals with the implementation of an application for detecting people in video f...
The topic of this thesis is the recognition and detection of moving object and persons in video sequ...
This thesis deals with detection and mapping the motion of people from a video record. It explains m...
This thesis is based on creating an algorithm for counting visitors to a public place using an objec...
This bachelor thesis focuses on pedestrians tracking from camera. In this work, I have introduced se...
This bachelor thesis deals with the possibilities of monitoring the movement of people in areas of i...
The automated human behavior modeling is highly desired in the context of an assistive environment. ...
This bachelor's thesis deals with the person detection using RGB-D Microsoft Kinect sensor. Human bo...
International audienceThis paper deals with the general evaluation of human detection algorithms. We...
During the last decade the human body detection and tracking has been a very extensive research eld ...
This paper focuses on identification of persons entering objects of crucial infrastructure and subse...
International audienceIn this paper, we propose a vision-based system for human detection and tracki...
This article deals with the design and implementation of a prototype of an efficient Low-Cost, Low-P...
Video-based detection and tracking of persons in different environments gets increasingly more atten...
International audienceIn this paper, we propose a vision-based system for human detection and tracki...
This bachelor thesis deals with the implementation of an application for detecting people in video f...
The topic of this thesis is the recognition and detection of moving object and persons in video sequ...
This thesis deals with detection and mapping the motion of people from a video record. It explains m...
This thesis is based on creating an algorithm for counting visitors to a public place using an objec...
This bachelor thesis focuses on pedestrians tracking from camera. In this work, I have introduced se...
This bachelor thesis deals with the possibilities of monitoring the movement of people in areas of i...
The automated human behavior modeling is highly desired in the context of an assistive environment. ...
This bachelor's thesis deals with the person detection using RGB-D Microsoft Kinect sensor. Human bo...
International audienceThis paper deals with the general evaluation of human detection algorithms. We...