Online calibration between the Lidar and camera sensors is a prerequisite for the sensor fusion in autonomous driving. This master thesis project proposes a real-time algorithm to find six calibration parameters, (X, Y, Z) for translation, (roll, pitch, yaw) for rotation between the coordinates of two sensors. The algorithm can achieve two goals. First, it can detect miss-calibration as an inspector of the system to ensure it keeps well-calibrated. Moreover, The algorithm also can correctly refine the parameters during a vehicle’s movement if the initial parameters contain some error. Experiments are tested with the public available KITTI dataset. The results from the experiments are competitive or even better results for some parameters co...
The autonomous vehicles and intelligent transportation are of vital importance in recent years. A s...
We address joint extrinsic calibration of lidar, camera and radar sensors. To simplify calibration, ...
In this paper we propose an end-to-end, automatic, online camera-LIDAR calibration approach, for ap...
Online calibration between the Lidar and camera sensors is a prerequisite for the sensor fusion in a...
Self-driving cars are steadily becoming a reality by a growing number of driver assistance functions...
Driving Assistance Systems and Autonomous Driving applications require trustable detections. These d...
This master thesis report presents a pre-calibration method for LiDAR sensors using a simulation env...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
This paper addresses automatic vehicle-relative calibration of LiDAR sensors, which is essential for...
A LIDAR that measures distance to an object in motionmust be directed with precision. This is someth...
Egy részben automatizált kamera-LiDAR kalibrációs módszer bemutatása alkalmas arra, hogy betekintést...
This work describes a fully automatic technique to calibrate a geometric mapping between lidar and v...
For autonomous mobile robots, multiple sensors are being widely adopted as a way to enhance the perc...
This thesis develops an automatic spatiotemporal calibration routine for lidars and egomotion sensor...
Autonomous navigation of unmanned vehicles (UVs) is currently one of the most interesting scientific...
The autonomous vehicles and intelligent transportation are of vital importance in recent years. A s...
We address joint extrinsic calibration of lidar, camera and radar sensors. To simplify calibration, ...
In this paper we propose an end-to-end, automatic, online camera-LIDAR calibration approach, for ap...
Online calibration between the Lidar and camera sensors is a prerequisite for the sensor fusion in a...
Self-driving cars are steadily becoming a reality by a growing number of driver assistance functions...
Driving Assistance Systems and Autonomous Driving applications require trustable detections. These d...
This master thesis report presents a pre-calibration method for LiDAR sensors using a simulation env...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
This paper addresses automatic vehicle-relative calibration of LiDAR sensors, which is essential for...
A LIDAR that measures distance to an object in motionmust be directed with precision. This is someth...
Egy részben automatizált kamera-LiDAR kalibrációs módszer bemutatása alkalmas arra, hogy betekintést...
This work describes a fully automatic technique to calibrate a geometric mapping between lidar and v...
For autonomous mobile robots, multiple sensors are being widely adopted as a way to enhance the perc...
This thesis develops an automatic spatiotemporal calibration routine for lidars and egomotion sensor...
Autonomous navigation of unmanned vehicles (UVs) is currently one of the most interesting scientific...
The autonomous vehicles and intelligent transportation are of vital importance in recent years. A s...
We address joint extrinsic calibration of lidar, camera and radar sensors. To simplify calibration, ...
In this paper we propose an end-to-end, automatic, online camera-LIDAR calibration approach, for ap...