This paper describes the Set-up of the MIRANDA-300 street borne SAR system as well as measurements and possible applications. The millimeter wave FMCW radar is operated at 300 GHz and provides a bandwidth of more than 40 GHz leading to a range resolution of a few millimeters. Using new semiconductor technologies, the system is compact and lightweight. The transmitted signal exhibits only low absorption due to smoke, fog and dust and the system is independent from sunlight. Additionally, very small metallic objects as well as the roughness of streets can be measured. This offers the opportunity for new applications like mobile mapping, which is currently dominated by optical systems
The usage of millimeter-wave radar systems is widened to a number of civil applications including: a...
The capability of imaging and surveying ground areas with airborne and spaceborne sensors has a very...
Abstract The millimeter wave (MMW) band of frequencies extends from 30 GHz to 300 GHz, with some fuz...
This paper describes the Set-up of the MIRANDA-300 street borne SAR system as well as measurements a...
Mobile Mapping is currently dominated by optical camera or laser based systems. Due to new semicondu...
In this paper we present the first high resolution SAR measurements performed in the lower terahertz...
While optical cameras or laser systems are widely used for mobile mapping low attention was payed fo...
While optical cameras or laser systems are widely used for mobile mapping low attention was payed fo...
In this paper low-THz FMCW radar is introduced for automotive applications. Ability to produce a sho...
The threat caused by new sensor development is increasing year by year. This is also true for techni...
The presented FMCW radar system, operating at 300 GHz, using an ultra-wide bandwidth of 44.41 GHz. D...
In this letter, we report initial experimental results which provide the foundation for low-terahert...
In a world where terrorism is threatening as well civilian people as the forces involved in peacekee...
In this paper the setup and measurements of a high resolution millimeter wave FMCW radar is presente...
The capability to image scenes from unmanned aerial vehicles (UAVs) even through bad weather conditi...
The usage of millimeter-wave radar systems is widened to a number of civil applications including: a...
The capability of imaging and surveying ground areas with airborne and spaceborne sensors has a very...
Abstract The millimeter wave (MMW) band of frequencies extends from 30 GHz to 300 GHz, with some fuz...
This paper describes the Set-up of the MIRANDA-300 street borne SAR system as well as measurements a...
Mobile Mapping is currently dominated by optical camera or laser based systems. Due to new semicondu...
In this paper we present the first high resolution SAR measurements performed in the lower terahertz...
While optical cameras or laser systems are widely used for mobile mapping low attention was payed fo...
While optical cameras or laser systems are widely used for mobile mapping low attention was payed fo...
In this paper low-THz FMCW radar is introduced for automotive applications. Ability to produce a sho...
The threat caused by new sensor development is increasing year by year. This is also true for techni...
The presented FMCW radar system, operating at 300 GHz, using an ultra-wide bandwidth of 44.41 GHz. D...
In this letter, we report initial experimental results which provide the foundation for low-terahert...
In a world where terrorism is threatening as well civilian people as the forces involved in peacekee...
In this paper the setup and measurements of a high resolution millimeter wave FMCW radar is presente...
The capability to image scenes from unmanned aerial vehicles (UAVs) even through bad weather conditi...
The usage of millimeter-wave radar systems is widened to a number of civil applications including: a...
The capability of imaging and surveying ground areas with airborne and spaceborne sensors has a very...
Abstract The millimeter wave (MMW) band of frequencies extends from 30 GHz to 300 GHz, with some fuz...