An innovative low-cost and higher than conventional angular resolution digital beamforming (DBF) array radar system is proposed and introduced in this paper. The proposed DBF radar system uses only one set of transceiver plus an additional microwave switch. Compared with conventional configurations with N sets of expensive microwave digital transceivers, the proposed concept can drastically reduce the system cost. Besides, we also propose an innovative DBF scheme that has narrower beamwidth the the conventional one-way or two-way beamforming configurations. The total system cost reduction factor is up to 2 times the number of array elements
Abstract—In this paper, we propose a multi-beam and multi-range (MBMR) radar with frequency modulate...
Phased-array radar systems use multiple antenna elements to transmit and receive signals in a direct...
The Electronically Steered Phased Array is one of the most versatile antennas used in radars applica...
An innovative low-cost and higher than conventional angular resolution digital beamforming (DBF) arr...
There are fast-growing demands for radar systems based on smart antennas in civilian applications su...
In this final year project (FYP) report, the author proposes a novel low-cost array digital beamform...
A novel low cost digital beamforming concept is proposed theoretically and experimentally in this pr...
Radar is one of the most important sensors in military and civilian applications. Digital beam formi...
Digital Beamforming (DBF) technology is an area that is undergoing development due the various advan...
Digital beamforming is a powerful signal processing technique used in many communication and radar s...
This thesis investigates some of the challenges involved in developing technology for a hypothetical...
Digital Beamforming is advance and important concept in Radar system evolution. Nowadays, digitaliza...
Multifunction radars based on active phased arrays are well known and widely studied systems. The co...
radar interferometer is currently under development to demonstrate the potential for an ice-surface ...
In the last years technological progress in analog to digital (ADC) and digital to analog converters...
Abstract—In this paper, we propose a multi-beam and multi-range (MBMR) radar with frequency modulate...
Phased-array radar systems use multiple antenna elements to transmit and receive signals in a direct...
The Electronically Steered Phased Array is one of the most versatile antennas used in radars applica...
An innovative low-cost and higher than conventional angular resolution digital beamforming (DBF) arr...
There are fast-growing demands for radar systems based on smart antennas in civilian applications su...
In this final year project (FYP) report, the author proposes a novel low-cost array digital beamform...
A novel low cost digital beamforming concept is proposed theoretically and experimentally in this pr...
Radar is one of the most important sensors in military and civilian applications. Digital beam formi...
Digital Beamforming (DBF) technology is an area that is undergoing development due the various advan...
Digital beamforming is a powerful signal processing technique used in many communication and radar s...
This thesis investigates some of the challenges involved in developing technology for a hypothetical...
Digital Beamforming is advance and important concept in Radar system evolution. Nowadays, digitaliza...
Multifunction radars based on active phased arrays are well known and widely studied systems. The co...
radar interferometer is currently under development to demonstrate the potential for an ice-surface ...
In the last years technological progress in analog to digital (ADC) and digital to analog converters...
Abstract—In this paper, we propose a multi-beam and multi-range (MBMR) radar with frequency modulate...
Phased-array radar systems use multiple antenna elements to transmit and receive signals in a direct...
The Electronically Steered Phased Array is one of the most versatile antennas used in radars applica...