This research analyses the viability of utilising observed kinematics in machine learning models to identify safety critical events (SCE’s). There is a need for efficient algorithms to idenfitify SCE’s in large datasets, such as naturalistic driving studies (NDS). Typical threshold approaches, while fast, often fail to distinguish between normal driving and SCE’s. The methodology proposed presents strong evidence that kinematic features used in machine learning models have good classification capabilities
Road crash fatality is a universal problem of the transportation system. A massive death toll caused...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
The rapid increase in traffic volume on urban roads, over time, has altered the global traffic scena...
New trends in research on traffic accidents comprehend Naturalistic Driving Studies (NDS). NDS are b...
AbstractNew trends in research on traffic accidents comprehend Naturalistic Driving Studies (NDS). N...
One of the core types of analysis performed in naturalistic driving studies (NDS) is event based ana...
New trends in research on traffic accidents include Naturalistic Driving Studies (NDS). NDS are base...
In spite of enormous improvements in vehicle safety, roadway design, and operations, there is still ...
Despite the greatest efforts of the car industry's engineers and researchers, traffic accidents will...
Traffic accidents pose a significant public safety concern, leading to numerous injuries and fatalit...
There is a growing interest in the application of the machine learning techniques in predicting the ...
Despite the research efforts for reducing traffic accidents, the number of global annual vehicle acc...
Despite the research efforts for reducing traffic accidents, the number of global annual vehicle acc...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
Road crash fatality is a universal problem of the transportation system. A massive death toll caused...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
The rapid increase in traffic volume on urban roads, over time, has altered the global traffic scena...
New trends in research on traffic accidents comprehend Naturalistic Driving Studies (NDS). NDS are b...
AbstractNew trends in research on traffic accidents comprehend Naturalistic Driving Studies (NDS). N...
One of the core types of analysis performed in naturalistic driving studies (NDS) is event based ana...
New trends in research on traffic accidents include Naturalistic Driving Studies (NDS). NDS are base...
In spite of enormous improvements in vehicle safety, roadway design, and operations, there is still ...
Despite the greatest efforts of the car industry's engineers and researchers, traffic accidents will...
Traffic accidents pose a significant public safety concern, leading to numerous injuries and fatalit...
There is a growing interest in the application of the machine learning techniques in predicting the ...
Despite the research efforts for reducing traffic accidents, the number of global annual vehicle acc...
Despite the research efforts for reducing traffic accidents, the number of global annual vehicle acc...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
Road crash fatality is a universal problem of the transportation system. A massive death toll caused...
Crash severity is undoubtedly a fundamental aspect of a crash event. Although machine learning algor...
The rapid increase in traffic volume on urban roads, over time, has altered the global traffic scena...