Influence of the relative position of surrounding traffic on drivers' take-over performance
For SAE Level 3 of automated driving (AD), human drivers are considered as the potential
fallback and are expected to take over the vehicle when the system issues a take-over
request (TOR). Thus, the evaluation take-over performance with regards to driving safety is
the key to designing Level 3 AD systems. This study discusses the influence of the relative
position of surrounding traffic on drowsy drivers' take-over performance. An parameter of the
relative position, which is defined as the average of the shortest distances between the ego …
fallback and are expected to take over the vehicle when the system issues a take-over
request (TOR). Thus, the evaluation take-over performance with regards to driving safety is
the key to designing Level 3 AD systems. This study discusses the influence of the relative
position of surrounding traffic on drowsy drivers' take-over performance. An parameter of the
relative position, which is defined as the average of the shortest distances between the ego …
Influence of the Relative Position of Surrounding Traffic on Drivers' Take-Over Performance
W Wang - Advances in Human Aspects of Transportation …, 2021 - books.google.com
For SAE Level 3 of automated driving (AD), human drivers are considered as the potential
fallback and are expected to take over the vehicle when the system issues a take-over
request (TOR). Thus, the evaluation take-over performance with regards to driving safety is
the key to designing Level 3 AD systems. This study discusses the influence of the relative
position of surrounding traffic on drowsy drivers' take-over performance. An parameter of the
relative position, which is defined as the average of the shortest distances between the ego …
fallback and are expected to take over the vehicle when the system issues a take-over
request (TOR). Thus, the evaluation take-over performance with regards to driving safety is
the key to designing Level 3 AD systems. This study discusses the influence of the relative
position of surrounding traffic on drowsy drivers' take-over performance. An parameter of the
relative position, which is defined as the average of the shortest distances between the ego …
以上显示的是最相近的搜索结果。 查看全部搜索结果