As robots and automated machineries are increasingly replacing the manual operations, protecting humans who are working in collaboration with these machines is becoming an increasingly important task. Technologies such as cameras, infra-red and seismic sensors as well as radar systems are used for presence detection and localization of human beings. Among different radar sensors, Ultra Wide Band (UWB) radar has shown some advantages such as providing the distance to the object with good precision and high performance even under adverse weather and lightning conditions. In contrary to traditional radar systems which use a specific frequency and high output power, UWB Radar uses a wide frequency band (>500 MHz) and low output power to meas...
A radar works by radiating electromagnetic energy and detecting the reflected signal returned from t...
This paper presents an algorithm for human presence detection in urban environments using an ultra-...
This thesis proposes and investigates two techniques in ultra-wideband (UWB) radar based human motio...
As robots and automated machineries are increasingly replacing the manual operations, protecting hum...
As robots and automated machineries are increasingly replacing the manual operations, protecting hum...
In this report, an indoor target detection system is developed for detecting one or multiple targets...
The purpose of this thesis was to assess the plausibility of using two Ultra- Wideband radars for de...
Tato disertační práce popisuje možnosti využití konkrétního ultraširokopásmového radaru na silničním...
UWB radar for detection and positioning of human beings in complex environment has been developed an...
This paper describes a method of human being detection that involves eigenvalue estimation and analy...
This paper presents an algorithm for human presence detection and tracking using an Ultra-Wideband (...
This paper describes a method of human being detection that involves eigenvalue estimation and analy...
This paper presents an algorithm for human presence detection and tracking using an Ultra-Wideband (...
A radar works by radiating electromagnetic energy and detecting the reflected signal returned from t...
This paper presents an algorithm for human presence detection in urban environments using an ultra-...
A radar works by radiating electromagnetic energy and detecting the reflected signal returned from t...
This paper presents an algorithm for human presence detection in urban environments using an ultra-...
This thesis proposes and investigates two techniques in ultra-wideband (UWB) radar based human motio...
As robots and automated machineries are increasingly replacing the manual operations, protecting hum...
As robots and automated machineries are increasingly replacing the manual operations, protecting hum...
In this report, an indoor target detection system is developed for detecting one or multiple targets...
The purpose of this thesis was to assess the plausibility of using two Ultra- Wideband radars for de...
Tato disertační práce popisuje možnosti využití konkrétního ultraširokopásmového radaru na silničním...
UWB radar for detection and positioning of human beings in complex environment has been developed an...
This paper describes a method of human being detection that involves eigenvalue estimation and analy...
This paper presents an algorithm for human presence detection and tracking using an Ultra-Wideband (...
This paper describes a method of human being detection that involves eigenvalue estimation and analy...
This paper presents an algorithm for human presence detection and tracking using an Ultra-Wideband (...
A radar works by radiating electromagnetic energy and detecting the reflected signal returned from t...
This paper presents an algorithm for human presence detection in urban environments using an ultra-...
A radar works by radiating electromagnetic energy and detecting the reflected signal returned from t...
This paper presents an algorithm for human presence detection in urban environments using an ultra-...
This thesis proposes and investigates two techniques in ultra-wideband (UWB) radar based human motio...