摘要
文章从驾驶行为的本质特征出发,构建行为状态建模与语义标注体系,提出行为—任务映射规则生成模型,并设计节奏调控与通道管理机制,最终形成具备分级干预能力的安全策略执行架构。在此框架下,交互系统可动态适应驾驶操作差异,调节信息输出节奏,管理多模态通道,并实现对高风险行为的前置干预。
Abstract
Based on the essential characteristics of driving behavior, this paper constructs a behavior state modeling and semantic annotation system, proposes a behavior-task mapping rule generation model, designs a rhythm regulation and channel management mechanism, and finally forms a safety policy execution architecture with hierarchical intervention capability. Under this framework, the interactive system can dynamically adapt to driving operation differences, adjust the rhythm of information output, manage multi-modal channels, and realize pre-intervention control for high-risk behaviors.
关键词
驾驶行为 /
车载人机交互 /
优化设计
Key words
driving behavior /
vehicle human-computer interaction /
optimal design
杨振玉, 裴瑶瑶.
基于驾驶行为的车载人机交互系统优化设计
[J].
汽车电器. 2025, 1(9): 1-3
YangZhenyu, PeiYaoyao.
Optimal Design of Vehicle Human-computer Interaction System Based on Driving Behavior#br#[J]. AUTO ELECTRIC PARTS. 2025, 1(9): 1-3
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参考文献
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