Precise and robust automotive localization is a must for autonomous vehicles. Radar is a cheap and robust sensor, and this project aimed to find a method to use automotive radar to localize globally. By using radar data to build occupancy grids based on other state-of-the-art radar localization methods, and applying image correlation techniques, a localization precision of below 20 cm could be achieved, delivering poses at frequency higher than 0.5 Hz along with a characterization of the uncertainty. By using an improved sensor model for the occupancy grid mapping, filtering the radar data, and using image correlation in the Fourier domain. The presented results are better than the state-of-the-art radar localization methods, both in terms ...
Radar map generation using binary Bayes filter or what is commonly known as Inverse Sensor Model; wh...
Abstract Estimating vehicles’ position precisely is essential in Vehicular Adhoc Networks (VANETs) f...
With the advancement of science and innovation, automated driving has turned into an investigation o...
Precise and robust automotive localization is a must for autonomous vehicles. Radar is a cheap and r...
Autonomous features in vehicles is already a big part of the automobile area and now many companies ...
Autonomous vehicles rely on GPS aided by motion sensors to localize globally within the road network...
Ever since the 1980s, researchers in computer science and robotics have been working on making auton...
Autonomous vehicles in the recent era are robust vehicles that have the capability to drive themselv...
Deployment of automated ground vehicles (AGVs) beyond the confines of sunny and dry climes will requ...
This thesis is concerned with how data from common automotive sensors can be processed and interpret...
Vehicles losing their GPS signal is a considerable issue for autonomous vehicles and can be a danger...
There has been a huge interest in self-driving cars lately, which is understandable, given the impro...
En platsigenkänningsmetod ska kunna upptäcka när tidigare besökta platser besöks igen. Detta är en v...
This paper explores the possibility of localizing an automotive-radar-equipped vehicle within an urb...
In the research on autonomous vehicles, self-localization is an important problem to solve. In this ...
Radar map generation using binary Bayes filter or what is commonly known as Inverse Sensor Model; wh...
Abstract Estimating vehicles’ position precisely is essential in Vehicular Adhoc Networks (VANETs) f...
With the advancement of science and innovation, automated driving has turned into an investigation o...
Precise and robust automotive localization is a must for autonomous vehicles. Radar is a cheap and r...
Autonomous features in vehicles is already a big part of the automobile area and now many companies ...
Autonomous vehicles rely on GPS aided by motion sensors to localize globally within the road network...
Ever since the 1980s, researchers in computer science and robotics have been working on making auton...
Autonomous vehicles in the recent era are robust vehicles that have the capability to drive themselv...
Deployment of automated ground vehicles (AGVs) beyond the confines of sunny and dry climes will requ...
This thesis is concerned with how data from common automotive sensors can be processed and interpret...
Vehicles losing their GPS signal is a considerable issue for autonomous vehicles and can be a danger...
There has been a huge interest in self-driving cars lately, which is understandable, given the impro...
En platsigenkänningsmetod ska kunna upptäcka när tidigare besökta platser besöks igen. Detta är en v...
This paper explores the possibility of localizing an automotive-radar-equipped vehicle within an urb...
In the research on autonomous vehicles, self-localization is an important problem to solve. In this ...
Radar map generation using binary Bayes filter or what is commonly known as Inverse Sensor Model; wh...
Abstract Estimating vehicles’ position precisely is essential in Vehicular Adhoc Networks (VANETs) f...
With the advancement of science and innovation, automated driving has turned into an investigation o...