Digital Solution for inter-vehicle localisation system by means of Direction-Of-Arrival

Abstract

This paper presents the measurement results of by a digital signal processor (DSP). Digital receivers will be Direction-Of-Arrival (DOA) in azimuth plan using a uniform applied in various systems such as in wireless, in cellular, in linear array (ULA) and an all digital receiver array in which the radar, in localization systems, in intelligent transport system Radio Frequency signal is directly digitized by the Analog-toand so on. In these applications, localisation information is Digital Converters (ADC). Our further goal is the real-time measurement of DOA devoted to an inter-vehicle in the highly demanded. The localisation may be based on TOA intelligent transport systems. The DOA of RF signal is estimated (Time Of Arrival), on TDOA (Time Difference Of Arrival) or using the high resolution method named MUSIC (Multiple Signal on DOA (Direction Of Arrival). A practical solution for Classification). The measurement setup composed of a 4 quasiwireless communications in the future as multiple antennaYagi element ULA and of 4 parallel all digital receivers based on systems or adaptive antenna systems holds considerable a digital oscilloscope is realized. The simulation results using promise in the future. The development of a positioning ADS (Advanced Design System) and the measurement results system by means of DOA using a digital receiver array will be show that the DOA is accurately determined with this all digital important. In section II, the system architecture and signal receiver solution.processing are presented. The measurement system is Index Terms: Digital receiver, Localisation system, Direction described in section III followed by the simulation and of arrival, MUSIC. measurement results in section IV. A brief conclusion is given in section V.

Direction of Arrival Estimation Using Hybrid Spatial Cross-Cumulants and Root-MUSIC

“…One potential application that can make use of this technique is in direction-finding of wireless signals such as in the transportation market like the high-speed rail (HSR) communication systems, intelligent transportation systems and maritime tracking application where SNR scenarios tend to be much lower in reality [18]- [20].…”

Low Cost Antenna Array Based Drone Tracking Device for Outdoor Environments

“…In [21], a four-element quasi-Yagi antenna array system is applied for DoA estimation using the MUSIC algorithm, whereas the Minimum Description Length (MDL) criterion is used to estimate the number of dominant multipath components. Only two measurements were performed for two specific positions, showing an error of 1 ∘ .…”

Direction finding system for automotive applications using small phased antenna array

“…The problem is so common that many parking ramps have special cars to drive people around to help them finding their car. A number of radio DF techniques [1–8] and devices become available offering a solution to this common daily problem.…”

“…More sophisticated and advanced DF systems have an antenna array mounted on each vehicle that provides this service [3–6]. The antenna array elements can be combined using different schematics.…”

“…The antenna array elements can be combined using different schematics. One implementation uses one receiver channel per one antenna array element [3, 5]. Some of the DF systems use a single receiver with multiple array elements [6, 7] along with some form of switching among the elements.…”