智慧交通视域下乘用车系统集成化设计研究

Integrated Design of Passenger Vehicle System from the Perspective of Intelligent Transportation

中文关键词: 智慧交通  集成化  显性  隐性  共存

英文关键词: intelligent transportation  integration  explicit  implicit  coexistence

中文摘要:

      目的 为完善“智慧交通”系统下乘用车设计思维模型，提升传统设计思维方法的客观性和可操作性研究，建立人车共存创新机制。方法 研究以“智慧交通”体系为基准，以“聚”系统视角为核心，将天、地、人、车等相关因素集成融合并借鉴交叉学科，制定“智慧交通”集成化系统设计创新发展范式及未来智能汽车可成长式设计质量应用方案。结果 提出“智慧交通”集成化系统创新关联性即:显性关联、隐性关联、人机协同创新关联。结论 伴随着相关影响因素样本的不断完善及探测通道的持久深入，智能汽车系统集成化创新质量管理研究可有效提升智能汽车持续性探索机制，也为相关专业理论集成及系统优化提供参考。

英文摘要:

      The work aims to improve the passenger vehicle design thinking model under the "intelligent transportation" system, enhance the objectivity and operability of traditional design thinking methods, and establish an innovation mechanism of human-vehicle coexistence. With the "intelligent transportation" system as the benchmark, and with the "poly" system perspective as the core, relevant factors such as heaven, earth, people and vehicles were integrated and fused to formulate an a paradigm of "intelligent transportation" integrated system design innovation and development, as well as a growing application program of future intelligent vehicle design quality. The results proposed the correlation of "intelligent transportation" integrated system innovation, i.e., explicit correlation, implicit correlation, and human-machine collaborative innovation correlation. In conclusion, with the continuous improvement of relevant influencing factor samples and the persistent deepening of probing channels, the research on the integrated innovation quality management of intelligent vehicle systems can effectively improve the continuous exploration mechanism of intelligent vehicles, and also provide references for the integration of related professional theories and system optimization.