apolloauto
  • Apollo documents
  • FAQs
    • Calibration FAQs
    • 传感器标定 FAQs
    • DreamView FAQs
    • General FAQs
    • General FAQs_cn
    • Hardware FAQs
    • 硬件FAQs:
    • Perception FAQs
    • FAQs
    • Software FAQs
    • 软件FAQ
  • Demo guide
    • Run Offline Demo
    • 运行线下演示
  • Howto
    • How to use a different vehicle
    • Howto Guides
    • How to add a new GPS Receiver
    • 如何添加新的GPS接收器
    • How to Add a New CAN Card
    • 如何添加新的CAN卡
    • How to Add a New Control Algorithm
    • 如何添加新的控制算法
    • How to add a new evaluator in Prediction module
    • 如何在预测模块中添加新评估器
    • How to add a new Predictor in Prediction module
    • 如何在预测模块中添加一个预测器
    • How to Add a New Vehicle to Apollo
    • 如何在Apollo中添加新的车辆
    • How to add an external dependency
    • How to add an external dependency cn
    • 使用VSCode构建、调试Apollo项目
    • How to Build and Debug using VSCode
    • How to Build and Release your Docker Container
    • Installing Your Own Kernel
    • How to create a pull request
    • How to debug dreamview start problem
    • How to debug dreamview start problem cn
    • How to do performance profiling
    • How to document source code for doxygen
    • How to generate and push docker images
    • How to generate and push docker images cn
    • Installing the Apollo Kernel
    • 安装Apollo内核
    • How to Install Ubuntu Linux Operating System
    • 如何安装linux操作系统
    • How to Launch and Run Apollo
    • how to prepare centosbased gpu enabled image for ROS perception module
    • How to Run MSF Localization Module On Your Local Computer
    • 如何在本地运行多传感器融合定位模块
    • How to Run Offline Perception LowCost Visualizer (Apollo 2.5)
    • How to Run Apollo in Ubuntu 16 (Apollo 2.5)
    • Introduction
    • 简介
    • How to Run Offline Perception Visualizer
    • 如何运行脱机感知可视化
    • How to Run the Fusion Obstacle Visualization Tool
    • 如何运行融合障碍可视化工具
    • How to Run Perception Module on Your Local Computer
    • How to save and load your docker image
    • How to set up a network
    • Github访问慢解决方案
    • How to style check to one dir
    • How to style check to one dir cn
    • How to train prediction mlp model
    • How to train prediction mlp model cn
    • How to troubleshoot esdcan
    • How to troubleshoot esdcan cn
    • How to Tune Control Parameters
    • 如何调节控制参数
    • How to understand architecture and workflow
    • How to Update Vehicle Calibration for Throttle and Brakes
    • 如何标定车辆油门和制动
    • How to use IRC client on Ubuntu
    • How to use a different vehicle
    • How to use Apollo 2.5 navigation mode
    • Apollo 2.5版导航模式的使用方法
    • How to Write and Run Fuzz Test
    • Arch
      • adapter设计架构代码分析
      • Apollo 系统架构代码分析
    • Modules
      • HD map 使用
      • Localization module 分析
      • Perception Module 分析
      • Prediction模块分析
      • routing模块分析
  • Quickstart
    • Quick Start Guides
    • Apollo 1.0 Hardware and System Installation Guide
    • Apollo 1.0 Hardware and System Installation Guide
    • Apollo 1.0 Quick Start Guide
    • Apollo 快速入门指南 1.0
    • Apollo 1.0 Quick Start Guide for Developers
    • Apollo 1.5 Hardware and System Installation Guide
    • 关于本指南
    • Apollo 1 5 lidar calibration guide cn
    • Apollo 1.5 Quick Start Guide
    • Apollo 1.5 快速入门指南
    • Apollo 2.0 Hardware and System Installation Guide
    • Apollo 2.0 Hardware and System Installation Guide
    • Apollo 2.0 Quick Start Guide
    • Apollo 2.0 快速入门指南
    • Apollo 2.0 Sensor Calibration Guide
    • Apollo 2.0 传感器标定方法使用指南
    • Apollo 2.5 Hardware and System Installation Guide
    • Apollo 2.5 硬件与系统安装指南
    • Apollo 2.5 map collection guide
    • Apollo 2.5地图采集功能使用指南
    • Apollo 2.5 Quick Start Guide
    • Apollo 2.5 快速入门指南
    • Apollo 2.5 Technical Tutorial
    • Apollo 3.0 Hardware and System Installation Guide
    • Apollo 3.0 硬件与系统安装指南
    • Apollo 3.0 Quick Start Guide
    • Apollo 3.0 快速入门指南
    • Software Overview of Apollo
    • Apollo简介
    • Multiple-LiDAR GNSS Calibration Guide
    • 多激光雷达全球导航卫星系统(Multiple-LiDAR GNSS)校准指南
  • Specs
    • 3d obstacle perception
    • 3d obstacle perception cn
    • Apollo 2.0 Software Architecture
    • Apollo 3.0 Software Architecture
    • Apollo 3.0 软件架构
    • Class Architecture and Overview -- Planning Module
    • Planning模块架构和概述
    • Guideline of sensor Installation for Apollo 2.5
    • Guideline of sensor Installation for Apollo 3.0
    • Apollo 3.0传感器安装指南
    • Specs
    • Apollo具体内容说明
    • Software and Kernel Installation guide
    • Software and Kernel Installation guide cn
    • Apollo lidar imu calibration guide
    • Apollo安全更新SDK
    • Apollo Secure Upgrade SDK
    • Apollo坐标系统
    • Dreamview Usage Table
    • DreamView用法介绍
    • Perception
    • Perception
    • 感知
    • QP-Spline-Path Optimizer
    • 二次规划(QP)样条路径优化
    • QP-Spline-ST-Speed Optimizer
    • 二次规划ST速度优化
    • reference line smoother
    • 参考线平滑设定
    • Traffic Light Perception
    • 交通信号灯感知
    • Apollo Sensor Unit
      • Apollo Sensor Unit Installation Guide
      • Apollo Sensor Unit Installation Guide cn
    • Camera
      • Leopard Camera LI USB30 AZ023WDR Installation Guide
      • Leopard Camera LI USB30 AZ023WDR Installation Guide cn
      • Apollo Cameras
      • Apollo摄像头
      • Truly Argus Camera Installation Guide
      • Truly Argus Camera Installation Guide cn
      • Wissen Camera Installation Guide
      • Wissen Camera Installation Guide cn
    • IPC
      • Nuvo 6108GC Installation Guide
      • Nuvo 6108GC Installation Guide cn
    • Lidar
      • HDL64E S3 Installation Guide
      • HDL64E S3 Installation Guide cn
      • Hesai Pandora Installation Guide
      • Hesai Pandora Installation Guide cn
      • Innovusion Note
      • Innovusion Note cn
      • Apollo LiDAR
      • Apollo激光雷达
      • VLP Series Installation Guide
      • VLP Series Installation Guide cn
    • Navigation
      • Navtech NV GI120 Installation Guide
      • Navtech NV GI120 Installation Guide cn
      • Propak 6 IMU IGM A1 Installation Guide
      • Propak 6 IMU IGM A1 Installation Guide cn
      • PwrPak7 Installation Guide
      • Apollo Navigation
      • Apollo导航
      • SPAN IGM A1 Installation Guide
      • SPAN IGM A1 Installation Guide cn
    • Radar
      • Continental ARS408 21 Radar Installation Guide
      • Apollo Radar
      • Racobit B01HC Radar Installation Guide
  • Technical tutorial
    • Technical Tutorials
    • Apollo 2.5 Technical Tutorial
    • Apollo 3.0 Technical Tutorial
    • Apollo 3.0 技术指南
      • Apollo 3.0 技术指南
        • 概况
        • 硬件和系统安装
        • 校准
        • 软件安装
        • Apollo系统架构和原理
        • 功能模块和相关扩展知识
    • Navigation mode tutorial cn
 
apolloauto
  • Docs »
  • Technical tutorial »
  • Apollo 3.0 技术指南

Apollo 3.0 技术指南

概况

了解Apollo3.0基础概念和Apollo3.0快速入门指南

  • Apollo 3.0快速入门指南

硬件和系统安装

了解Apollo3.0硬件和系统安装过程

  • Apollo 3.0硬件和系统安装指南

校准

了解校准的过程

  • Apollo激光雷达校准指南
  • Apollo 2.0传感器校准指南
  • 多激光雷达全球导航卫星系统(Multiple-LiDAR GNSS)校准指南
  • Apollo坐标系统

软件安装

了解Apollo3.0的软件安装过程

  • Apollo软件安装指南
  • 如何调试Dreamview启动问题
  • 运行线下演示

Apollo系统架构和原理

了解核心模块的架构和原理

  • Apollo 3.0 软件架构
  • 3D 障碍物感知
  • Apollo 3.0感知
  • 二次规划(QP)样条路径优化
  • 二次规划(QP)样条ST速度优化
  • 参考线平滑设定
  • 交通信号灯感知

功能模块和相关扩展知识

了解Apollo功能模块和相关扩展知识

  • 控制总线模块
  • 通用模块
  • 控制模块
  • 数据模块
  • 定位模块
  • 感知模块
  • Planning模块
  • 预测模块
  • 寻路模块

  • 如何添加新的GPS接收器

  • 如何添加新的CAN卡
  • 如何添加新的控制算法
  • 如何在预测模块中添加新评估器
  • 如何在预测模块中添加一个预测器
  • 如何在Apollo中添加新的车辆
  • 如何添加新的外部依赖项

## 开发者工具

了解开发者工具

  • 使用VSCode构建、调试Apollo项目
  • DreamView用法介绍
Next Previous

Built with MkDocs using a theme provided by Read the Docs.