This paper describes eyeDriver, a hardware and software setup to drive an autonomous car with eye movement. The movement of the operator’s iris is tracked with an infrared sensitive camera built onto a HED4 interface by SMI. The position of the iris is then propagated by eyeDriver to control the steering wheel of “Spirit of Berlin”, a completely autonomous car developed by the Free University of Berlin which is capable of unmanned driving in urban areas
The vision-based autonomous driving and navigation of vehicles has a long history. In 2013, Daimler ...
This work analyses the eye-tracking technology and, as an outcome, it presents an idea of implementi...
This paper reports on various aspects of the Intelligent Vehicle Systems (IVS) team's involvement in...
Today, autonomous driving is considered a branch of artificial intelligence in which various technol...
This paper describes iDriver, an iPhone software to remote control “Spirit of Berlin”. “Spirit of B...
This paper discusses an autonomous robotically handled urban driving vehicle. The approach presents ...
Self-driving cars are of great interest in computer science and artificial intelligence due to their...
The paper describes the design and development of an intelligent autonomous vehicle that can navigat...
Abstract: The issue of vehicle accidents due to human error and behavior (rash driving, drink and dr...
Driving a vehicle is essentially a subconscious task performed by any human merely with the use of h...
Vehicular autonomy is a growing field that is expected to revolutionize travel in the near future. T...
The autonomous car or the driverless car can be referred to as a robotic car in simple language. Thi...
The field of autonomous vehicles is rapidly expanding. Companies like Google and Tesla have been on...
Today, unmanned vehicle technologies are developing in parallel with increasing interest in technolo...
overland journey in automotive history, the Mercedes Benz S-Class S 500 INTELLIGENT DRIVE followed t...
The vision-based autonomous driving and navigation of vehicles has a long history. In 2013, Daimler ...
This work analyses the eye-tracking technology and, as an outcome, it presents an idea of implementi...
This paper reports on various aspects of the Intelligent Vehicle Systems (IVS) team's involvement in...
Today, autonomous driving is considered a branch of artificial intelligence in which various technol...
This paper describes iDriver, an iPhone software to remote control “Spirit of Berlin”. “Spirit of B...
This paper discusses an autonomous robotically handled urban driving vehicle. The approach presents ...
Self-driving cars are of great interest in computer science and artificial intelligence due to their...
The paper describes the design and development of an intelligent autonomous vehicle that can navigat...
Abstract: The issue of vehicle accidents due to human error and behavior (rash driving, drink and dr...
Driving a vehicle is essentially a subconscious task performed by any human merely with the use of h...
Vehicular autonomy is a growing field that is expected to revolutionize travel in the near future. T...
The autonomous car or the driverless car can be referred to as a robotic car in simple language. Thi...
The field of autonomous vehicles is rapidly expanding. Companies like Google and Tesla have been on...
Today, unmanned vehicle technologies are developing in parallel with increasing interest in technolo...
overland journey in automotive history, the Mercedes Benz S-Class S 500 INTELLIGENT DRIVE followed t...
The vision-based autonomous driving and navigation of vehicles has a long history. In 2013, Daimler ...
This work analyses the eye-tracking technology and, as an outcome, it presents an idea of implementi...
This paper reports on various aspects of the Intelligent Vehicle Systems (IVS) team's involvement in...
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