A radar system is used to obtain information about the structure of dressing materials and hand support cast. The system is used also to assess the feasibility of using active radiation to penetrate dressing materials at different state (dry, wet and with cream) and provide information about the metal plate under the dressing. A comparison is made between the resolved structure of the samples from a pulse synthesis direct detection radar system that operates over the frequency band 15–40 GHz and the actual dimensions of the samples. Based on the results obtained, the authors suggest that active millimeter-wave imaging might be used as a non-contact technique for monitoring the wound healing under dressing materials without necessity of dres...
In this paper, we introduce a synthetic aperture radar (SAR)-based millimeter-wave imaging system fo...
A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 ...
The detection of concealed targets beneath a person’s clothing from standoff distance is an importan...
A radar system is used to obtain information about the structure of dressing materials and hand supp...
This paper presents a feasibility study of using a passive millimeter-wave imaging (PMMWI) system to...
In the recent years, new technologies based on active sensors have been applied for the measurement ...
Background/pupose: Millimeter-wave reflectometry is a potentially interesting technique to analyze t...
The authors present transmission data, taken at Ka (36GHz) and W (95 GHz) bands in the millimetre-w...
This publication describes techniques and systems directed to classifying skin injury using a radar ...
Accurate assessment of the degree of burn in human skin is critically important for burn technicians...
Millimeterwaves offer the capability to look through dielectric material. Wound healing processes of...
The use of millimeter-waves for imaging purposes is becoming increasingly important, as millimeter-w...
This paper describes the experimental setup and measurements of the emissivity of porcine skin sampl...
In this paper, we introduce a synthetic aperture radar (SAR)-based millimeter-wave imaging system fo...
A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 ...
The detection of concealed targets beneath a person’s clothing from standoff distance is an importan...
A radar system is used to obtain information about the structure of dressing materials and hand supp...
This paper presents a feasibility study of using a passive millimeter-wave imaging (PMMWI) system to...
In the recent years, new technologies based on active sensors have been applied for the measurement ...
Background/pupose: Millimeter-wave reflectometry is a potentially interesting technique to analyze t...
The authors present transmission data, taken at Ka (36GHz) and W (95 GHz) bands in the millimetre-w...
This publication describes techniques and systems directed to classifying skin injury using a radar ...
Accurate assessment of the degree of burn in human skin is critically important for burn technicians...
Millimeterwaves offer the capability to look through dielectric material. Wound healing processes of...
The use of millimeter-waves for imaging purposes is becoming increasingly important, as millimeter-w...
This paper describes the experimental setup and measurements of the emissivity of porcine skin sampl...
In this paper, we introduce a synthetic aperture radar (SAR)-based millimeter-wave imaging system fo...
A technique to measure the human skin emissivity in vivo is described for the frequency band 80–100 ...
The detection of concealed targets beneath a person’s clothing from standoff distance is an importan...