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Calculates integration of which upper and lower limits are polynomial function

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MDP4VRP

A toolkit provides functions for solving time-dependent piecewise polynomial functions and building MDP model.

  • Note: this toolkit has not been fully completed, but most functions are ready to use. You can just use it as a package for relevant computing works

  • Recently I just use Git as a transfer hub (between my computers. :P), so you may see some fragment codes. The structure of this project may change after it release in future.

Basic function includes:

Build graph for VRPs

Assign time-dependent functions to VRP cost functions

Build MDP model from VRP graph

Solve time-dependent MDPs

Do functional computing on Piecewise Polynomial Functions (PPFs), includes:

For each piece is a determined polynomial function (such as f(x)=c0+c1x+c2x^2+...)

addition (+)

subtraction (-)

multiplication (*)

composition

For each piece is a stochastic polynomial function (such as f(t,xi)=axi+c0+c1t+c2*t^2+...)

addition (+)

subtraction (-)

multiplication (*)

composition

integration on xi(ξ)

Build MDP models

Modularised MDP graphs

Solve MDP

There is a simple demo in the class Test.Test

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Calculates integration of which upper and lower limits are polynomial function

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