本研究は,科学技術振興機構(JST)の戦略的創造研究推進事業(CREST:Core Research for Evolutional Science and
Technology)の先進的統合センシング領域の受託研究であり,「安心・安全のための移動体センシングの研究」を題して
研究を進めている.
RESEARCH ABSTRACT
Focusing on driver assistance system in real-world situations, it is necessary to
design the human-machine interface for driver assistance systems to obtain the satisfactory
interaction in cooperative maneuver between safety system and human driver manual control.
The design of cooperative control among these devices, which fits the driver behavior or intention,
is required. Especially, in this research, the predetermined routine driving route as one’s commuting
path is focused here to examine the driving behavior of the individuals. As core technology, The required
main functionalities of the driver assistance system are :
(1) Continuous integrated sensing technology for driving database storage
(2) Feature extraction algorithm of driver behavior with sensor data mining, and
(3) Driver assistance technology (guidance system, warning device, actuators)
Fig.1 Block diagram of individual adaptation of driver assistance system
Fig.2 Driving simulator study for active safety device assessment