Nonlinear estimation for 60GHz millimeter-wave radar system based on Bayesian particle filtering

Nonlinear estimation for 60GHz millimeter-wave radar system based on Bayesian particle filtering

In the 60GHz millimeter-wave radar communication systems, the nonlinear power amplifier is inevitable. In order to combat this problem, a promising estimation algorithm based on the particle filtering (PF) is presented here. By employing the conception of Bayesian approximation and sequential importance sampling, this appealing Monte Carlo random sampling method can address this complicated sta...

Millimeter Wave Radar for Automotive Blind Spot Detection System

Considering the problem of rearview mirror blind spot during driving, the paper studied and designed the blind spot detection system based on MMW radar. Radar was installed at an appropriate position on the detection target signal by transmitting, when another car enter the detecting area, the small alarm light beside A pillar would shine or alarm few times, to remind drivers careful change roa...

WIGIG: PERFORMANCE ANALYSIS OF 60GHz MILLIMETER WAVE BAND

Wireless Gigabit (WIGIG) network is a development and promotion of high speed wirelesscommunications in the 60 GHz band technology. The demand for higher data transmission rates and advances in the 60 GHz band technology are the keys for this new technology. WiGig technology uses 60 GHz band, where the availability of higher bandwidth in this band range and dependence on Beamforming function ma...

Terahertz Imaging, Millimeter-wave Radar

The millimeter wave (MMW) band of frequencies extends from 30 GHz to 300 GHz, with some fuzziness on both ends of this spectrum. The terahertz (THz) band extends from about 200 GHz to about 30 THz, despite the fact that the lower frequencies in this range are not strictly 10 Hz or higher. These bands are also variously called submillimeter, far-infrared, and near-millimeter. In recent years, th...

Millimeter-Wave Circuit Design for Radar Transceivers