This contribution shows the application of multiview processing technique to a recently-developed real-time 3D microwave camera. The camera, which operates based on efficient synthetic aperture radar (SAR) imaging techniques, provides a good trade-off between fast image production and image quality. These cameras, as it happens with standard optical cameras, provide a good image of a volume in front of their apertures, but they cannot provide information about the complete object under test. Furthermore, it is usually convenient to consider multiple view angles as the best quality image is achieved when the area to be image is parallel to the aperture (as the specular reflection is captured). In this paper, we illustrate how recently-develo...
Capabilities of a microwave imaging system working in the air by using two crossed linear arrays are...
The capabilities of a microwave imaging system working in air using two crossed linear arrays are de...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...
This contribution shows the application of multiview processing technique to a recently-developed re...
This paper presents a microwave camera design operating in the 20-30 GHz frequency range and capable...
In this paper, we introduce a compact microwave camera based on a new synthetic-aperture radar (SAR)...
Wideband synthetic aperture radar (SAR) technique is a robust imaging tool for microwave and millime...
Microwave imagers featuring a fully electronic scanning are highly demanded in security, industrial,...
Microwave imaging involves the use of antenna arrays, operating at microwave and millimeter-wave fre...
This article considers synthesized aperture radar (SAR), developed and manufactured in Radio Astrono...
In this paper design of the 3-axis multifunctional scanning system is described. This imaging system...
In this paper design of the 3-Axis multifunctional scanning system is described. This imaging system...
This paper presents a microwave camera built upon a two-dimensional array of switchable slot antenna...
This paper presents a microwave camera built upon a two-dimensional array of switchable slot antenna...
Microwave and millimeter wave synthetic aperture radar (SAR)-based imaging techniques, used for nond...
Capabilities of a microwave imaging system working in the air by using two crossed linear arrays are...
The capabilities of a microwave imaging system working in air using two crossed linear arrays are de...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...
This contribution shows the application of multiview processing technique to a recently-developed re...
This paper presents a microwave camera design operating in the 20-30 GHz frequency range and capable...
In this paper, we introduce a compact microwave camera based on a new synthetic-aperture radar (SAR)...
Wideband synthetic aperture radar (SAR) technique is a robust imaging tool for microwave and millime...
Microwave imagers featuring a fully electronic scanning are highly demanded in security, industrial,...
Microwave imaging involves the use of antenna arrays, operating at microwave and millimeter-wave fre...
This article considers synthesized aperture radar (SAR), developed and manufactured in Radio Astrono...
In this paper design of the 3-axis multifunctional scanning system is described. This imaging system...
In this paper design of the 3-Axis multifunctional scanning system is described. This imaging system...
This paper presents a microwave camera built upon a two-dimensional array of switchable slot antenna...
This paper presents a microwave camera built upon a two-dimensional array of switchable slot antenna...
Microwave and millimeter wave synthetic aperture radar (SAR)-based imaging techniques, used for nond...
Capabilities of a microwave imaging system working in the air by using two crossed linear arrays are...
The capabilities of a microwave imaging system working in air using two crossed linear arrays are de...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...