An Overview of Autonomous Vehicle Sensor
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| Natura: | Recurso digital |
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2025
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| author | theethan M, Tejes R, ,Akshaya Shiny J, Merlin M, Dharani |
| author_facet | theethan M, Tejes R, ,Akshaya Shiny J, Merlin M, Dharani |
| contents | <p>This work is the structure of an autonomous driving system. This paper aims to determine the current state of<br>autonomous vehicles, their potential impacts, and the necessary preparation for smart urban mobility. Autonomous refers to<br>the movement or the work done on its own. Autonomous driving systems are divided into several ways, such as Autonomous<br>under- water vehicles, Autonomous airborne vehicles, and Autonomous land vehicles. The potential benefits of lane<br>autonomous vehicles are to describe the importance of navigation algorithms, speed control methods, adoption factors, and the<br>increased infrastruc- ture needs for Connected autonomous vehicles’ integration. The major key elements are based on sensors,<br>navigation, radar, planning techniques, communication, and software. The results of this research have important implications<br>for future research and the framework of autonomous vehicle technologies in road trans- portation. Index Terms—autonomous<br>driving, sensor, RADAR, navigation, software</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15674260 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | An Overview of Autonomous Vehicle Sensor theethan M, Tejes R, ,Akshaya Shiny J, Merlin M, Dharani autonomous driving, sensor, RADAR, naviga- tion, software. <p>This work is the structure of an autonomous driving system. This paper aims to determine the current state of<br>autonomous vehicles, their potential impacts, and the necessary preparation for smart urban mobility. Autonomous refers to<br>the movement or the work done on its own. Autonomous driving systems are divided into several ways, such as Autonomous<br>under- water vehicles, Autonomous airborne vehicles, and Autonomous land vehicles. The potential benefits of lane<br>autonomous vehicles are to describe the importance of navigation algorithms, speed control methods, adoption factors, and the<br>increased infrastruc- ture needs for Connected autonomous vehicles’ integration. The major key elements are based on sensors,<br>navigation, radar, planning techniques, communication, and software. The results of this research have important implications<br>for future research and the framework of autonomous vehicle technologies in road trans- portation. Index Terms—autonomous<br>driving, sensor, RADAR, navigation, software</p> |
| title | An Overview of Autonomous Vehicle Sensor |
| topic | autonomous driving, sensor, RADAR, naviga- tion, software. |
| url | https://doi.org/10.5281/zenodo.15674260 |