Honda motor co., ltd. (20240331260). REPRODUCTION SYSTEM, REPRODUCTION METHOD, AND STORAGE MEDIUM simplified abstract
Contents
REPRODUCTION SYSTEM, REPRODUCTION METHOD, AND STORAGE MEDIUM
Organization Name
Inventor(s)
Tomoko Nishino of Wako-shi (JP)
Masahiro Daimon of Wako-shi (JP)
Mikiko Ugajin of Wako-shi (JP)
REPRODUCTION SYSTEM, REPRODUCTION METHOD, AND STORAGE MEDIUM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240331260 titled 'REPRODUCTION SYSTEM, REPRODUCTION METHOD, AND STORAGE MEDIUM
The patent application describes a reproduction system that generates a moving image to replicate the movement history of a host vehicle in a specific traffic section based on acquired parameters related to the vehicle's behavior in the surrounding environment.
- Acquisition unit gathers parameters on the host vehicle's relative behavior in the specific traffic section.
- Time-series parameter storage unit stores the acquired parameters in a time-series format.
- Reproduced moving image generation unit includes a focusing point specification unit to identify focusing points in the traffic section.
- Extraction unit extracts focusing point parameters from the time-series data.
- Calculation unit processes the focusing point parameters statistically to calculate feature points.
- Moving image generation unit creates a moving image using the feature points to reproduce the host vehicle's movement history.
Potential Applications: - Traffic analysis and simulation - Autonomous vehicle development - Driver behavior studies
Problems Solved: - Accurately replicating a vehicle's movement history in a specific traffic section - Efficiently processing and analyzing large sets of parameter data
Benefits: - Enhanced visualization of vehicle behavior in complex traffic scenarios - Improved understanding of traffic patterns and driver interactions
Commercial Applications: Title: Advanced Traffic Simulation System for Autonomous Vehicle Development This technology can be utilized by automotive companies, traffic management authorities, and research institutions for developing autonomous driving systems, optimizing traffic flow, and enhancing road safety.
Questions about the technology: 1. How does the system determine the focusing points in the specific traffic section?
The system specifies focusing points based on the acquired parameters related to the host vehicle's behavior in the surrounding environment.
2. What statistical methods are used by the calculation unit to process the focusing point parameters?
The calculation unit employs statistical processing techniques to calculate feature points at the focusing points.
Original Abstract Submitted
a reproduction system includes an acquisition unit that acquires parameters related to a relative behavior of a host vehicle in a surrounding environment in a specific traffic section, a time-series parameter storage unit that stores the parameters in a time series as time-series parameter data, and a reproduced moving image generation unit having a focusing point specification unit that specifies focusing points in the specific traffic section, an extraction unit that extracts a group of focusing point parameters related to the focusing points from the time-series parameter data, a calculation unit that calculates feature points at the focusing points by statistically processing the group of focusing point parameters, and a moving image generation unit that generates a moving image for reproducing a movement history of the host vehicle in the specific traffic section on the basis of the feature points.
