Toyota jidosha kabushiki kaisha (20240227818). DRIVING SUPPORT METHOD AND DRIVING SUPPORT DEVICE FOR VEHICLE simplified abstract

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DRIVING SUPPORT METHOD AND DRIVING SUPPORT DEVICE FOR VEHICLE

Organization Name

toyota jidosha kabushiki kaisha

Inventor(s)

Kai Oya of Susono-shi (JP)

DRIVING SUPPORT METHOD AND DRIVING SUPPORT DEVICE FOR VEHICLE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240227818 titled 'DRIVING SUPPORT METHOD AND DRIVING SUPPORT DEVICE FOR VEHICLE

Simplified Explanation: The patent application involves obtaining information about the driving environment and factors influencing the driver's behavior to learn the driver's driving tendencies. Based on this learning, the driver's receptivity to driving support control is estimated, and the control is executed accordingly.

  • **Key Features and Innovation:**
   - Obtaining information about the driving environment and factors influencing driving behavior.
   - Learning the driver's driving tendencies.
   - Estimating the driver's receptivity to driving support control.
   - Executing driving support control based on the estimated acceptability.
  • **Potential Applications:**
   - Autonomous driving systems.
   - Driver assistance technologies.
   - Fleet management systems.
  • **Problems Solved:**
   - Enhancing driver safety.
   - Improving driving efficiency.
   - Providing personalized driving support.
  • **Benefits:**
   - Increased safety on the roads.
   - Enhanced driving experience.
   - Optimal vehicle performance.
  • **Commercial Applications:**
   - Automotive industry for developing advanced driver assistance systems.
   - Transportation companies for improving fleet management.
   - Technology companies for integrating smart driving solutions.
  • **Prior Art:**
   - Prior research on driver behavior analysis in relation to driving support systems.
   - Studies on the impact of environmental factors on driving behavior.
  • **Frequently Updated Research:**
   - Ongoing studies on real-time driver behavior analysis.
   - Research on the integration of artificial intelligence in driving support systems.

Questions about Driving Support Control: 1. How does the system estimate the driver's receptivity to driving support control? 2. What are the potential implications of this technology on road safety and traffic management?


Original Abstract Submitted

information about the driving environment of the vehicle and information about factors influencing the driving behavior of the vehicle by the driver of the vehicle are obtained. a tendency of the driver's driving behavior is learned based on the information about the driving environment and the information about the factors. based on the learned tendency of driving behavior, the driver's receptivity to the execution of driving support control of the vehicle is estimated. the driving support control is executed according to the estimated acceptability when the conditions for executing the driving support control are satisfied.