With autonomous trucks on the road where the driver is absent requires new diagnostic methods. The driver possess several abilities which a machine does not. In this thesis, the use of machine learning as a method was investigated. A more concrete problem description was formed where the main objective was detecting anomalies in wheel configurations. More specifically, the machine learning model was used to detect incorrect wheel settings. Three different algorithms was used, SVM, LDA and logistic regression. Overall, the classifier predicts with high accuracy supporting that machine learning can be used for diagnosing autonomous vehicles
In the presented work we compare machine learning techniques in the context of lane change behavior ...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
Driver assistance systems have become a major safety feature of modern passenger vehicles. The advan...
With autonomous trucks on the road where the driver is absent requires new diagnostic methods. The d...
With autonomous trucks on the road where the driver is absent requires new diagnostic methods. The d...
An intelligent, accurate, and powerful object detection system is required for automated driving sys...
An intelligent, accurate, and powerful object detection system is required for automated driving sys...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Inferring driver maneuvers is a fundamental issue in Advanced Driver Assistance Systems (ADAS), whic...
Advanced control systems for autonomous driving is capable of nav-igating vehicles without human int...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
In the presented work we compare machine learning techniques in the context of lane change behavior ...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
Driver assistance systems have become a major safety feature of modern passenger vehicles. The advan...
With autonomous trucks on the road where the driver is absent requires new diagnostic methods. The d...
With autonomous trucks on the road where the driver is absent requires new diagnostic methods. The d...
An intelligent, accurate, and powerful object detection system is required for automated driving sys...
An intelligent, accurate, and powerful object detection system is required for automated driving sys...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Most road accidents occur due to human fatigue, inattention, or drowsiness. Recently machine learnin...
Inferring driver maneuvers is a fundamental issue in Advanced Driver Assistance Systems (ADAS), whic...
Advanced control systems for autonomous driving is capable of nav-igating vehicles without human int...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
In the presented work we compare machine learning techniques in the context of lane change behavior ...
The advent of the digital innovation era is changing service, use, and resources management paradigm...
Driver assistance systems have become a major safety feature of modern passenger vehicles. The advan...