Mapping is one of the main components of autonomous robots, and consist in the construction of a model of their environment based on the information gathered by different sensors over time. Those maps will have different attributes depending on the type of sensor used for the reconstruction. In this thesis we focus on RGBD cameras and LiDARs. The acquired data with cameras is dense, but the range is short and the construction of large scale and consistent maps is more challenging. LiDARs are the exact opposite, they give sparse data but can measure long ranges accurately and therefore support large scale mapping better. The thesis presents a method that uses both types of sensors with the purpose of combine their strengths and reduce their ...
This thesis focuses on the problem of LiDAR sensor-based mapping where conventional methods has diff...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
Mapping is one of the main components of autonomous robots, and consist in the construction of a mod...
Mapping is a central and common task in robotics research. Building an accurate map without human as...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
This thesis compares the results of a localisation algorithm for a mobile robot in both a sparse and...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2007Thesis (M.Sc.) -- ...
This thesis focuses on the problem of LiDAR sensor-based mapping where conventional methods has diff...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
Mapping is one of the main components of autonomous robots, and consist in the construction of a mod...
Mapping is a central and common task in robotics research. Building an accurate map without human as...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
This thesis compares the results of a localisation algorithm for a mobile robot in both a sparse and...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Tez (Yüksek Lisans) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2007Thesis (M.Sc.) -- ...
This thesis focuses on the problem of LiDAR sensor-based mapping where conventional methods has diff...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...
A LIDAR that measures distance to an object in motion must be directed with precision. This is somet...