1 |
头豹研究院.2022年中国新能源汽车产业系列研究报告,车载计算平台,智能驾驶落地关键支撑[EB/OL].头豹研究,2022.https://www.leadleo.com/report/details?id=63059828ad61fd65bf1c427e.
|
|
Head Leopard Research Institute.2022 China new energy automobile industry series research report, on-board computing platform, intelligent driving landing key support[EB/OL]. Head Leopard Study, 2022.https://www.leadleo.com/report/details?id=63059828ad61fd65bf1c427e.
|
2 |
中国汽车工业协会、中国汽车芯片产业创新战略联盟、AUTOSEMO.中国汽车基础软件发展白皮书3.0[R].2022.
|
|
China Association of Automobile Manufacturers, China Automotive Chip Industry Innovation Strategic Alliance, AUTOSEMO. China automotive basic software development white paper 3.0[R].2022.
|
3 |
雷品源. 面向多核环境的微内核操作系统研究与实现[D]. 成都: 电子科技大学,2021.
|
|
LEI Pinyuan. Research and implementation of microkernel operating system for multi-core enviroment[D]. Chengdu: University of Electronic Science and Technology of China,2021.
|
4 |
李鲁苗,周玮.全球车用操作系统发展现状[J].汽车纵横,2022,130(1):39-42.
|
|
LI Lumiao, ZHOU Wei. Global development status of automotive operating systems[J]. AutoReview,2022,130(1):39-42.
|
5 |
谢春生,彭钢.计算机行业操作系统:汽车软件化的起点[EB/OL].华泰证券,2022.https://www.fxbaogao.com/detail/3192448.
|
|
XIE Chunsheng, PENG Gang. Computer industry operating system: the starting point of automotive software [EB/OL]. Huatai Securities, 2022. https://www.fxbaogao.com/detail/3192448.
|
6 |
魏学哲,戴海峰,孙泽昌.汽车嵌入式系统开发方法、体系架构和流程[J].同济大学学报(自然科学版),2012,40(7):1064-1070.
|
|
WEI Xuezhe, DAI Haifeng, SUN Zechang. Development methods, architecture, and processes for automotive embedded systems[J].Journal of Tongji University(Natural Science),2012,40(7):1064-1070.
|
7 |
汽标委智能网联汽车分标委.车控操作系统总体技术要求研究报告[EB/OL].全国汽车标准化委员会,2022. http://www.catarc.org.cn/wl_ziliaoxiazai_list/2231.
|
|
Intelligent Connected Vehicle Sub-committee of National Technical Committee of Auto Standardization. Research report on overall technical requirements of vehicle control operating system[EB/OL].National Technical Committee of Auto Standardization,2022. http://www.catarc.org.cn/wl_ziliaoxiazai_list/2231.
|
8 |
浦俊懿.智能汽车深度系列之二:车载操作系统和中间件带来的机遇[EB/OL].东方证券,2022.https://www.fxbaogao.com/detail/3102380.
|
|
PU Junyi. Intelligent vehicles in depth series II: opportunities presented by on-board operating systems and middleware [EB/OL]. Orient Securities, 2022. https://www.fxbaogao.com/detail/3102380.
|
9 |
中国软件评测中心.车载智能计算基础平台参考架构1.0[J].智能网联汽车,2019,5(4):85-94.
|
|
China Software Testing Center.Reference architecture for vehicle intelligent computing basic platform 1.0[J]. Intelligent Connected Vehicles,2019, 5(4):85-94.
|
10 |
头豹研究院.2022年中国新能源汽车行业系列研究—车载OS博弈,“兵家必争”:底层篇[EB/OL].头豹研究.https://www.leadleo.com/report/details?id=63059828ad61fd65bf1c427e.
|
|
Head Leopard Research Institute.A series of research on China's new-energy automobile industry in 2022 -the game of vehicle-mounted OS, "the battle of the warriors" : the bottom chapter [EB/OL]. Head Leopard Study.https://www.leadleo.com/report/details?id=63059828ad61fd65bf1c427e.
|
11 |
迈向生态共建的车用操作系统之路[EB/OL].德勤咨询,2022.https://www.fxbaogao.com/detail/3452949.
|
|
Vehicle operating system path towards ecological building[EB/OL].Deloitte Consulting, 2022. https://www.fxbaogao.com/detail/3452949.
|
12 |
赵世佳,徐可,宋娟,等.我国智能网联汽车操作系统发展的实施策略[J].科技管理研究,2020,40(9):107-111.
|
|
ZHAO Shijia, XU Ke, SONG Juan, et al. Implementation strategies for the development of intelligent connected vehicle operating systems in China[J]. Science and Technology Management Research,2020,40 (9): 107-111.
|
13 |
潘妍,张也,周瑞坤,等.我国智能网联汽车操作系统研究[J].电子元器件与信息技术,2022,6(5):142-146.
|
|
PAN Yan, ZHANG Ye, ZHOU Ruikun, et al. Research on the operating system of intelligent connected vehicles in China [J]. Electronic Components and Information Technology, 2022,6 (5): 142-146.
|
14 |
张真齐.成立汽车操作系统“国家队”刻不容缓[N].中国青年报,2021-03-11(12).
|
|
ZHANG Zhenqi. Establishing the "national team" of automotive operating systems is urgent[N]. China Youth Daily, 2021-03-11 (12).
|