14-02-2013, 11:27 AM
ARTIFICIAL PASSENGER
[attachment=50823]
INTRODUCTION
Basic concepts about smart cards.
Human errors in studies of ROAD SAFETY.
Human information processing.
One of telemetric service.
FEATURES OF ARTIFICIAL PASSENGER
CONVERSATIONAL TELEMATICS.
IMPROVING SPEECH RECOGNITION.
You’re driving at 70 mph, it’s raining hard, a truck is passing, the car radio is blasting, and the A/C is on. Such noisy environments are a challenge to speech recognition systems, including the Artificial Passenger.
ANALYZING DATA.
SHARING DATA.
Why (AP)
“capable of keeping a driver awake while driving during a long trip or one that extends into the late evening. The system carries on a conversation with the driver on various topics utilizing a natural dialog car system.”
It is a prototypic device ,used in a motor vehicles to make sure that the driver stays awake.
The system warns the driver or changes the topic of conversation if the system determines that the driver is about to fall asleep.
DRIVER DROWSINESS PREVENTION
Fatigue causes more than 240,000 vehicular accidents every year.
Detecting drowsiness via speech biometrics and, if needed, by increasing arousal via speech interactivity.
potential to dramatically increase the safety of drivers who are highly fatigued.
DISTRIBUTIVE USER INTERFACE BETWEEN CARS
Existing technologies can attenuate the risks to a driver in managing his her own vehicle, but they do not attenuate the risks presented to other drivers who may be in “high risk” situations, because they are near or passing a car where the driver is distracted by playing games, listening to books or engaging in a telephone conversation.
It can also advise someone who is calling a driver that that driver is busy and should not be disturbed at this time.
[attachment=50823]
INTRODUCTION
Basic concepts about smart cards.
Human errors in studies of ROAD SAFETY.
Human information processing.
One of telemetric service.
FEATURES OF ARTIFICIAL PASSENGER
CONVERSATIONAL TELEMATICS.
IMPROVING SPEECH RECOGNITION.
You’re driving at 70 mph, it’s raining hard, a truck is passing, the car radio is blasting, and the A/C is on. Such noisy environments are a challenge to speech recognition systems, including the Artificial Passenger.
ANALYZING DATA.
SHARING DATA.
Why (AP)
“capable of keeping a driver awake while driving during a long trip or one that extends into the late evening. The system carries on a conversation with the driver on various topics utilizing a natural dialog car system.”
It is a prototypic device ,used in a motor vehicles to make sure that the driver stays awake.
The system warns the driver or changes the topic of conversation if the system determines that the driver is about to fall asleep.
DRIVER DROWSINESS PREVENTION
Fatigue causes more than 240,000 vehicular accidents every year.
Detecting drowsiness via speech biometrics and, if needed, by increasing arousal via speech interactivity.
potential to dramatically increase the safety of drivers who are highly fatigued.
DISTRIBUTIVE USER INTERFACE BETWEEN CARS
Existing technologies can attenuate the risks to a driver in managing his her own vehicle, but they do not attenuate the risks presented to other drivers who may be in “high risk” situations, because they are near or passing a car where the driver is distracted by playing games, listening to books or engaging in a telephone conversation.
It can also advise someone who is calling a driver that that driver is busy and should not be disturbed at this time.