Today\u27s computer systems are developing at a fast rate. This makes it easier to apply the computer to automated system related areas. One of the techniques, which is also rapidly developing and being intensively researched, is remote sensing by use of aerial or satellite images, which can be used in the areas of unmanned navigation, GIS(Geographical Information System), city planning, and geography . Another practical technique, which can be used with remote sensing, is automated target searching. Target searching is used in areas such as robotics and unmanned navigation. However, conventional methods have limitations when applied to target searching on aerial images. These limitations will be discussed in this thesis. In this thesis DWI...
In this study, an efficient, robust algorithm for automatic target detection and tracking is introdu...
Remote sensing is a tool based on acquiring images of objects at a distance. The distance to the obj...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
A new strategy reduces computational costs and improves the applicability of automatic aerial target...
The difficult task of generating an automated target detection system from aerial imagery can be ach...
Analyzing videos and images captured by unmanned aerial vehicles or aerial drones is an emerging app...
Abstract. We review some pattern matching algorithms and techniques moti-vated by the discrete theor...
Tracking of targets from aerial platforms is an important activity in several applications, especial...
Abstract—A method for finding known objects in aerial and satellite imagery was designed, implemente...
Tracking of targets from aerial platforms is an important activity in several applications, especial...
Unmanned Air Vehicles (UAVs) are being retrofitted with a spectrum of sensors to allow rapid collect...
The main way to determine the location of an aircraft is to use a GPS signal. However, this method w...
In this paper, we present an improved algorithm used for low altitude aerial image automatic matchin...
This Master's Thesis describes the developments on robust localization, mapping and detection algori...
In this paper, a system that uses an algorithm for target detection and navigation and a multirotor ...
In this study, an efficient, robust algorithm for automatic target detection and tracking is introdu...
Remote sensing is a tool based on acquiring images of objects at a distance. The distance to the obj...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
A new strategy reduces computational costs and improves the applicability of automatic aerial target...
The difficult task of generating an automated target detection system from aerial imagery can be ach...
Analyzing videos and images captured by unmanned aerial vehicles or aerial drones is an emerging app...
Abstract. We review some pattern matching algorithms and techniques moti-vated by the discrete theor...
Tracking of targets from aerial platforms is an important activity in several applications, especial...
Abstract—A method for finding known objects in aerial and satellite imagery was designed, implemente...
Tracking of targets from aerial platforms is an important activity in several applications, especial...
Unmanned Air Vehicles (UAVs) are being retrofitted with a spectrum of sensors to allow rapid collect...
The main way to determine the location of an aircraft is to use a GPS signal. However, this method w...
In this paper, we present an improved algorithm used for low altitude aerial image automatic matchin...
This Master's Thesis describes the developments on robust localization, mapping and detection algori...
In this paper, a system that uses an algorithm for target detection and navigation and a multirotor ...
In this study, an efficient, robust algorithm for automatic target detection and tracking is introdu...
Remote sensing is a tool based on acquiring images of objects at a distance. The distance to the obj...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...