Game and Application Protocol

本文详细介绍了我们团队通过应用程序和网站收集的信息类型及使用方式。承诺不收集13岁以下儿童的个人信息,遵循《儿童在线隐私保护法》规定。解释了为何需要读取某些设备信息,如位置和WiFi状态,并承诺仅用于软件开发,不会透露给第三方。

This privacy policy details the information collected by the team ("we" or "our") through our applications and websites, and how we will use it.
1. We do not collect children's personal information through our applications or websites.
We are well aware of the importance of users'personal information, especially for minors. In our apps and websites, users are not required to enter detailed personal information. Users may be able to read some information when using our software (such as rough location based on network, GPS location, network communication, mobile phone status, WiFi status, etc.). This is because our products already have Chinese language, so that we can develop personalized products targeted; iOS mobile devices are diversified, and we need to conduct a variety of compatibility tests to ensure that they are compatible. Because of the particularity of the mobile interconnection industry, our products need to upgrade the product itself or the quality of the product itself with the upgrade of hardware, so we may need to read WiFi to inform users whether there is an upgrade product or not. If we do not start wifi, we will not prompt. This can avoid unknowingly updating the product, causing unnecessary traffic loss and so on. We promise that any information we read will only be used in the development of our software and will not be penetrated into third parties (other individuals or companies), unless it is authorized by you or mandated by law or government.
2. We abide by the Children's Online Privacy Protection Act
All our apps and websites for children follow the provisions on online privacy protection for children. We will not intentionally collect any personal information of children under 13 years of age. If we detect children under 13 years of age, we will delete the relevant information in time, and will not retain and store it.
3. Third-party website links
We may provide links from our website and/or links to third-party websites or services. We are not responsible for the privacy practices or content of third-party websites.
4. Privacy Policy Modification
We may amend the privacy clause at any time and retain the right of final interpretation.

转载于:https://www.cnblogs.com/Ewenblog/p/10688491.html

内容概要:本文围绕新一代传感器产品在汽车电子电气架构中的关键作用展开分析,重点探讨了智能汽车向高阶智能化演进背景下,传统传感器无法满足感知需求的问题。文章系统阐述了自动驾驶、智能座舱、电动化与网联化三大趋势对传感器技术提出的更高要求,并深入剖析了激光雷达、4D毫米波雷达和3D-ToF摄像头三类核心新型传感器的技术原理、性能优势与现存短板。激光雷达凭借高精度三维点云成为高阶智驾的“眼睛”,4D毫米波雷达通过增加高度维度提升环境感知能力,3D-ToF摄像头则在智能座舱中实现人体姿态识别与交互功能。文章还指出传感器正从单一数据采集向智能决策升级,强调车规级可靠性、多模态融合与成本控制是未来发展方向。; 适合人群:从事汽车电子、智能驾驶、传感器研发等相关领域的工程师和技术管理人员,具备一定专业背景的研发人员;; 使用场景及目标:①理解新一代传感器在智能汽车系统中的定位与技术差异;②掌握激光雷达、4D毫米波雷达、3D-ToF摄像头的核心参数、应用场景及选型依据;③为智能驾驶感知层设计、多传感器融合方案提供理论支持与技术参考; 阅读建议:建议结合实际项目需求对比各类传感器性能指标,关注其在复杂工况下的鲁棒性表现,并重视传感器与整车系统的集成适配问题,同时跟踪芯片化、固态化等技术演进趋势。
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