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Codesota · Tasks · Robot NavigationHome/Tasks/Robots/Robot Navigation

Robot Navigation.

Autonomous navigation — moving through unstructured environments while avoiding obstacles — spans indoor service robots to outdoor last-mile delivery. Classical SLAM (simultaneous localization and mapping) methods like ORB-SLAM still dominate mapping, but end-to-end learning approaches using habitat simulators (Habitat 2.0, iGibson) show promise for semantic navigation ("go to the kitchen"). The Habitat Challenge results reveal that modular pipelines (map → plan → act) consistently beat monolithic learned policies, suggesting that full end-to-end navigation is still years away from displacing classical stacks in production.

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Datasets
0
Results
success_rate
Canonical metric
§ 02 · Canonical benchmark

The reference dataset.

Habitat ObjectNav (HM3D)

Object-goal navigation task on HM3D-Semantics scenes from the Habitat Challenge. The agent is spawned in an unseen 3D environment and must navigate to an instance of a target object category. Primary metric is Success Rate (SR); SPL (Success weighted by Path Length) is secondary.

Primary metric: success_rate
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§ 03 · Top 10

Leading models.

Leading models on Habitat ObjectNav (HM3D).

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§ 04 · All datasets

Tracked datasets.

1 dataset tracked for this task.

Habitat ObjectNav (HM3D)
CANONICAL
0 results · success_rate
§ 05 · Related tasks

Other tasks in Robots.

Robot ManipulationSim-to-Real Transfer
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