一句话：主张将车载网络交换机模型作为一等软件架构实体，以支持网络内计算范式的汽车软件建模。
新兴的车载网络交换机具备计算能力，可将部分应用功能托管并执行于通信结构中，从而降低时延、提升时间关键系统的响应性。然而，现有汽车架构描述语言与组件模型缺乏表示驻留于网络元素中应用软件的抽象，限制了准确的设计与分析。本文论证应将车载网络交换机模型视为一等软件架构实体，并勾勒出若干研究方向：统一抽象、端到端时序模型抽取、与标准及工具链的互操作，以及应对新的网络安全挑战。论文属于愿景/立场论述，未报告实证评估。
Emerging compute-capable automotive network switches now allow parts of application functionality to be hosted and executed within the communication fabric, complementing the primary application software execution on electronic control units. This compute-in-the-network paradigm offers opportunities for reducing latency and improving responsiveness in time‑critical automotive systems. However, existing automotive architecture description languages and component models lack abstractions for representing application software residing in network elements, limiting accurate design and analysis. This paper motivates the need to treat the models of onboard network switches as the first-class software architectural entities and outlines research opportunities including unified abstractions, end-to-end timing models extraction, alignment with standards and toolchain interoperability, and addressing new cybersecurity challenges.