Reference no: EM13317267
Coursm,ork Description: The coursework is about the use of the existing planners for solving a domain and a number of instances of your choice.
This requires:
1) coming up with an intere sting planning domain and instance s,
2) modelling the domain and the instances in PDDL,
3) using a planner for solving them, analysing the results;
4) witting a report about the work done.
The report canbe up to 4 pages long. You can add an appendix if you need more space for including PDDL code or the plans. Note that the evaluation will be focused on the first 4 pages. The Appendix will be considered onlyif something in the report is not sufficientlyclear.
The evaluation will take into account: how rich is the domain (e.g., a domain that involves just one tyre of action for moving from one place to another is not interesting), how appropriate is the PDDL encoding, and how insightful is the experimental analysis with the planner (how easily the planner solves the instances, how well the planner scales up as the instances are made larger or more complex, how well the results are reported: times, qualityof solutions, etc).
You can take inspiration from existing domains encoded in PDDL, available on the Web, but in this case you have to clearly slate how you modified and extended the domain.
Determine the water depths 10 ft from the upstream
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Find the coefficient of friction between target and surface
: mitch throws a 50 gram lump of clay with a speed of 20 m/s at a 500 gram target, find the coefficient of friction between the target and the surface
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What size pipe should be used above a towns water
: Water flows from a ground storage tank that is 450 feet above a town's water distribution system. The pressure at the entrance of the system must be at least 75 psi and the demand is 1350 GPM.
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Writing the code of the new function from scratch
: We want the derive class to do what the base class is doing plus some more. Can we do it without writing the code of the new function from scratch?
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How insightful is the experimental analysis with the planner
: How insightful is the experimental analysis with the planner (how easily the planner solves the instances, how well the planner scales up as the instances are made larger or more complex, how well the results are reported: times, qualityof solutio..
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What is maximum altitude of the rocket
: you must determine the acceleration of a rocket so that its equipment can be designed to survive. the rocket will have a burne time of t=30 second, what is maximum altitude of the rocket
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Find the maximum bending stresses wood and steel
: Find the maximum bending stresses(wood) and (steel), in the wood and steel, respectively, due to the uniform load if the modulus of elasticity are E (wood)=10 GPa for the wood and E (s)=210 GPa for the steel.
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What makes stars evolve
: What makes stars evolve? Like what elements are involved, what happens to the protons and the neutrons and the how it keeps its shape
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Find the bounce back speed right after the impact
: a crane drops a 1.0 kg steel ball onto a steel plate. the ball's speed just before impact is 2.0 m/s. what is the bounce back speed right after the impact
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