In this note we present software to simulate the response of an array of antenna detectors and to reconstruct the radio signals.
Taking this into account, the main focus of this work is to develop a multi-antenna detector that robustly exploits spatio-temporal correlation.
For the antenna coupled detector circuit, the radiation patterns, scattering parameters, output voltage and sensitivity are determined experimentally.
"The system cannot differentiate between a driver and the passengers on a bus, for example, but this goes some way towards remotely warning drivers that they can be detected using their phone". Using a directional antenna, the detector picks up radio waves emitted from a phone handset, and measures the signal strength and length of activation.
The CEB is a planar antenna-coupled superconducting detector that can be easily incorporated with any planar antenna.
We are developing a single-pixel antenna-coupled bolometric detector for use in low-background millimetre-wave astronomy.
This paper presents the applications of spiral-type antennas in THz detector based on micro-bridge structure and discusses their advantages in THz absorption enhancement, absorption frequency modulation, response time improvement, and manufacturing process simplification.
When we consider a spatial multiplexing system with N t transmit antennas, the Viterbi detector has to compute (q^{itimes N_{t}}phantom {dot {i}!}) branch metrics, where q is the number of all possible symbols a k,n (constellation size) and i∈{1,2,3} is the number of the taps in (f_{0}^{(i)}).
The laser pulses were divided by a beam splitter and focused onto the photoconductive emitter and detector antennae.
To improve the response performance of superconducting infrared detectors, we propose using a photonic antenna with a micro-detector in conjunction with a nano-structure.
We analyze a technique for suppressing laser frequency noise for the laser interferometer space antenna (LISA) gravitational wave detector.
