Overview of Embodied AI (Part1)
课程主页：https://ai-workshops.github.io/building-and-working-in-environments-for-embodied-ai-cvpr-2022/
slides
video
讲师：
Zhiwei Jia
课程内容
Simulators
使用仿真引擎主要考虑如下因素：
- Rendering：RGB/Depth/Optical Flow/Segmentation等Sensor数据
- Physics：不同类别的task需要不同级别的物理仿真，例如，视觉导航使用Partial Physics即可，而开门、倒水等Task需要Full Physics。
- Speed：渲染速度
- Objects types and properties：刚体、液体、可切分、可碎裂 等属性
- Action modeling：分为High Level(将某物放到某个地方)与Low Level(倒水)
- Human interface：该仿真器与人交互的方式，例如 键鼠 或者 VR
Assets
- object：
-- Grasping：抓各种静态物品，数据集 YCB\EGAD
-- General Manipulation Skill：倒水、开门、关抽屉 等各种操作，数据集 PartNet-Mobility、DoorGym、Objects from iTHOR、Meta-World
-- Multisensory：混合多模态信息源(视觉、声音、触觉等)，数据集 ObjectFolder、ThreeDWorld - scene: 静态场景(例如家里的布局)
- demonstrations：state-based trajectories，例如下面Slides
Task
- Locomotion: eg. Control a robot dog to perform a series of actions
- Visual Navigation:
-- Object Goal Navigation: Specify an object category and ask the agent to find it
-- Embodied Question Answering: Ask an agent to answer a question which requires it to navigate in the scene - Object Manipulation: 开抽屉、抹桌子、洗杯子然后冲咖啡
- Rearrangement: bring poses of the objects to a specified configuration