guillaume-chevalier/AI-Planning-Solver-Shakeys-World-PDDL

Solving a planning problem (Shakey's World) with the FF and IPP planners, the PDDL language and some Python meta-programming to glue things together.

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This project helps AI planning researchers and students compare the performance of different automated planning algorithms. It takes a problem definition in PDDL (Planning Domain Definition Language) for a simulated robot in 'Shakey's World' and uses different planners to find a sequence of actions to achieve a goal, like tidying a room. The output is a plan (a list of actions) and metrics on how long it took to find it. This is useful for anyone studying or benchmarking AI planning systems.

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Use this if you are an AI planning student or researcher needing to benchmark the Fast Forward (FF) and Interference Progression Planner (IPP) algorithms on a classic problem scaled to varying complexities.

Not ideal if you are looking for a general-purpose, ready-to-deploy AI planning solution for a real-world application, as this is a specific academic benchmark.

AI planning robotics simulation algorithm benchmarking automated reasoning planning domain definition
Stale 6m No Package No Dependents
Maintenance 0 / 25
Adoption 6 / 25
Maturity 16 / 25
Community 9 / 25

How are scores calculated?

Stars

16

Forks

2

Language

Python

License

MIT

Last pushed

May 28, 2017

Commits (30d)

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