AI2-THOR

E366086

AI2-THOR is an interactive 3D simulation platform designed for training and evaluating embodied AI agents in visually rich, physics-enabled environments.

All labels observed (1)

Label Occurrences
AI2-THOR canonical 1

How this entity was disambiguated

Statements (66)

Predicate Object
instanceOf 3D simulation environment ⓘ
AI research tool ⓘ
embodied AI benchmark ⓘ
simulation platform ⓘ
affiliation Allen Institute for Artificial Intelligence projects ⓘ
developer Allen Institute for AI ⓘ
goal bridge simulation and real-world robotics ⓘ
enable reproducible embodied AI experiments ⓘ
hasDimension 3D ⓘ
hasEnvironmentType bathrooms ⓘ
bedrooms ⓘ
household environments ⓘ
indoor scenes ⓘ
kitchens ⓘ
living rooms ⓘ
offices ⓘ
hasFeature continuous control support ⓘ
depth observations ⓘ
discrete action space ⓘ
domain randomization options ⓘ
evaluation metrics ⓘ
high-level actions API ⓘ
interactive objects ⓘ
low-level control API ⓘ
metadata for objects ⓘ
multi-room scenes ⓘ
object affordances ⓘ
physics-enabled environment ⓘ
procedural scene variations ⓘ
segmentation masks ⓘ
task definitions ⓘ
visual observations ⓘ
hasInterface Python API ⓘ
Unity environment build ⓘ
license open-source ⓘ
programmingLanguage Python ⓘ
provides RGB images ⓘ
agent pose information ⓘ
depth maps ⓘ
instance segmentation ⓘ
object bounding boxes ⓘ
object states ⓘ
semantic segmentation ⓘ
renderingEngine Unity ⓘ
linked to: Unity game engine
shortName THOR ⓘ
linked to: Thor
supports computer vision research ⓘ
embodied AI agents ⓘ
imitation learning experiments ⓘ
interactive manipulation tasks ⓘ
multi-scene training ⓘ
multi-task learning ⓘ
reinforcement learning experiments ⓘ
visual navigation research ⓘ
supportsIntegrationWith OpenAI Gym-style interfaces ⓘ
reinforcement learning libraries ⓘ
supportsPlatform Linux ⓘ
Windows ⓘ
macOS ⓘ
usedFor evaluating embodied agents ⓘ
navigation tasks ⓘ
object manipulation tasks ⓘ
object search tasks ⓘ
robotics simulation ⓘ
task planning research ⓘ
training embodied agents ⓘ
vision-and-language tasks ⓘ

How these facts were elicited

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.