Package | Description |
---|---|
examples.jmarkov | |
examples.jmdp | |
examples.jphase | |
jmarkov |
Provides the basic elements to model continuous time Markov chains (CTMC).
|
jmarkov.basic |
This package contains basic elements such as State, Event, Action that are used in jMarkov and jMDP
|
jmarkov.jmdp |
jMDP is used to solve Markov Decision Processes.
|
Modifier and Type | Method and Description |
---|---|
States<examples.jmarkov.AccessControl2QueuesState> |
AccessControl2Queues.dests(examples.jmarkov.AccessControl2QueuesState i,
examples.jmarkov.AccessControl2QueuesEvent e) |
States<examples.jmarkov.BBPhaseState> |
BBPhase.dests(examples.jmarkov.BBPhaseState i,
examples.jmarkov.BBPhaseEvent e) |
States<examples.jmarkov.BucketState> |
BucketBrigades.dests(examples.jmarkov.BucketState i,
examples.jmarkov.BucketEvent e)
This function returns an array of states that are reached from
a state i after the event e has ocurred.
|
States<examples.jmarkov.BucketStateBuf> |
BucketBuffers.dests(examples.jmarkov.BucketStateBuf i,
examples.jmarkov.BucketEventBuf e)
This function returns an array of states that are reached from
a state i after the event e has ocurred.
|
States<examples.jmarkov.DriveThruState> |
DriveThru.dests(examples.jmarkov.DriveThruState i,
examples.jmarkov.DriveThruEvent e)
Computes the status of the destination when an event occurs
|
States<examples.jmarkov.JacksonState> |
Jackson.dests(examples.jmarkov.JacksonState i,
examples.jmarkov.JacksonEvent e) |
States<examples.jmarkov.KanbanState> |
Kanban.dests(examples.jmarkov.KanbanState i,
examples.jmarkov.KanbanEvent ev) |
States<examples.jmarkov.MM2dNState> |
QueueMM2dN.dests(examples.jmarkov.MM2dNState i,
examples.jmarkov.QMM2dNEvent e) |
States<examples.jmarkov.PickBlockNarrowContState> |
PickBlockNarrowCont.dests(examples.jmarkov.PickBlockNarrowContState i,
examples.jmarkov.PickBlockNarrowContEvent e) |
States<examples.jmarkov.PickBlockNarrowSlowState> |
PickBlockNarrowSlow.dests(examples.jmarkov.PickBlockNarrowSlowState i,
examples.jmarkov.PickBlockNarrowSlowEvent e) |
States<examples.jmarkov.PickBlockNarrowState> |
PickBlockNarrow.dests(examples.jmarkov.PickBlockNarrowState i,
examples.jmarkov.PickBlockNarrowEvent e) |
States<examples.jmarkov.PickBlockWideContKPickers_V3State> |
PickBlockWideContKPickers_V3.dests(examples.jmarkov.PickBlockWideContKPickers_V3State i,
examples.jmarkov.PickBlockWideContKPickers_V3Event e) |
States<examples.jmarkov.PickBlockWideSlowState> |
PickBlockWideSlow.dests(examples.jmarkov.PickBlockWideSlowState i,
examples.jmarkov.PickBlockWideSlowEvent e) |
States<examples.jmarkov.PickBlockWideState> |
PickBlockWide.dests(examples.jmarkov.PickBlockWideState i,
examples.jmarkov.PickBlockWideEvent e) |
States<examples.jmarkov.QueueMM1NState> |
QueueMM1N.dests(examples.jmarkov.QueueMM1NState i,
examples.jmarkov.QueueMM1NEvent e) |
States<examples.jmarkov.QueueMMKdNState> |
QueueMMKdN.dests(examples.jmarkov.QueueMMKdNState i,
examples.jmarkov.QueueMMKdNEvent e) |
States<examples.jmarkov.WebState> |
Web.dests(examples.jmarkov.WebState i,
examples.jmarkov.WebEvent e) |
Modifier and Type | Method and Description |
---|---|
States<examples.jmdp.AnimalWeight> |
CattleGrowth.reachable(examples.jmdp.AnimalWeight arg0,
examples.jmdp.AnimalActions arg1,
int t) |
States<examples.jmdp.BankQueues> |
Bank2Queues.reachable(examples.jmdp.BankQueues i,
examples.jmdp.BankServers a) |
States<examples.jmdp.CTStockE> |
CTInventoryEvents.reachable(examples.jmdp.CTStockE i,
Order a,
examples.jmdp.CTInventoryEvent e) |
States<examples.jmdp.CTStock> |
CTInventory.reachable(examples.jmdp.CTStock i,
Order a) |
States<InvLevel> |
ProbsExample.reachable(InvLevel i,
Order a) |
States<InvLevel> |
InfStochasticDemand.reachable(InvLevel i,
Order a) |
States<InvLevel> |
ControlProdNonEvents.reachable(InvLevel i,
Order a) |
States<InvLevel> |
ControlProduccion.reachable(InvLevel i,
Order a,
DemandEvent e) |
States<InvLevel> |
StochasticDemand.reachable(InvLevel i,
Order a,
int t) |
States<InvLevel> |
Inventory.reachable(InvLevel i,
Order a,
int t) |
States<examples.jmdp.LeadTimeState> |
LeadTimeStochasticDemand.reachable(examples.jmdp.LeadTimeState i,
Order a) |
States<examples.jmdp.PendingOrders> |
OrderProcessing.reachable(examples.jmdp.PendingOrders i,
examples.jmdp.ProcessAction a) |
States<TandemQueues> |
AccessControl.reachable(TandemQueues i,
Admit a,
TandemEvent e) |
States<TandemQueues> |
AccessControlFiniteHor.reachable(TandemQueues i,
Admit a,
TandemEvent e,
int t) |
Constructor and Description |
---|
AccessControl(States<TandemQueues> init,
double c1,
double c2,
double lambda,
double mu1,
double mu2,
int b1,
int b2)
Builds a AccessControl
|
AccessControlFiniteHor(States<TandemQueues> init,
double c1,
double c2,
double lambda,
double mu1,
double mu2,
int b1,
int b2,
int N)
Builds a AccessControlFiniteHor
|
Bank2Queues(States<examples.jmdp.BankQueues> initial,
double clientMinuteCost,
double userMinuteCost,
double clientProbability,
double lambda,
double mu,
int maxCapacity,
int maxServers)
Builds a Bank2Queues
|
CowHerd(States<examples.jmdp.CowQuantity> initial,
int horizon,
double[] price,
int[] mxCows) |
CTInventory(States<examples.jmdp.CTStock> initSet,
int maxCapacity,
int truckSize,
double K,
double cost,
double price,
double holdingCost,
double demandRateA,
double leadTime) |
CTInventoryEvents(States<examples.jmdp.CTStockE> initSet,
int maxCapacity,
int truckSize,
double K,
double cost,
double price,
double holdingCost,
double demandRateA,
double leadTime) |
Inventory(int lastStage,
States<InvLevel> initSet,
int M,
int K,
double[] pr,
double[] qr,
double[] F) |
LeadTimeStochasticDemand(States<examples.jmdp.LeadTimeState> initSet,
int maxInventory,
int maxItemsPerOrder,
int leadTime,
int maxBackorders,
double K,
double cost,
double price,
double h,
double holdingCost,
double theta,
double backOrderCost) |
ProbsExample(States<InvLevel> initial) |
StochasticDemand(States<InvLevel> initSet,
int lastStage,
int maxInventory,
int maxBackorders,
int truckSize,
double K,
double b,
double price,
double cost,
double h,
double theta) |
Modifier and Type | Method and Description |
---|---|
States<examples.jphase.RealSystemState> |
PhaseSystem.dests(examples.jphase.RealSystemState i,
examples.jphase.RealSystemEvent e) |
Modifier and Type | Method and Description |
---|---|
States<GeomState<Sub>> |
GeomProcess.dests(GeomState<Sub> i,
E e)
Overrides SimpleMarkovProcess' method
|
abstract States<S> |
SimpleMarkovProcess.dests(S i,
E e)
Determines the destination set of States when events e occurs.
|
Modifier and Type | Class and Description |
---|---|
class |
StatesSet<S extends State>
This class represent a set of States.
|
Modifier and Type | Method and Description |
---|---|
boolean |
StatesSet.add(States<S> states)
Adds the States in the iterator to the set.
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Constructor and Description |
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StatesSet(States<S> states)
Creates a set of objects S from the given States
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Modifier and Type | Method and Description |
---|---|
States<S> |
FiniteMDP.getStates(int t)
All the states that are available at stage t.
|
States<S> |
DTMDPEv.reachable(S i,
A a) |
abstract States<S> |
DTMDP.reachable(S i,
A a)
Set of states that can be reached from this state i, after
taking the action a.
|
States<S> |
CTMDPEv.reachable(S i,
A a) |
abstract States<S> |
CTMDP.reachable(S i,
A a)
Set of States that can be reached from this state i, after
taking the action a.
|
States<S> |
CT2DTConverter.reachable(S i,
A a) |
abstract States<S> |
DTMDPEvA.reachable(S i,
A a,
E e)
Set of reachable states from state i given that action a is taken and
event e occurs.
|
abstract States<S> |
DTMDPEv.reachable(S i,
A a,
E e)
Set of reachable states from state i given that action a is taken and
event e occurs.
|
abstract States<S> |
CTMDPEv.reachable(S i,
A a,
E e)
Set of reachable states from state i given that action a is taken and
event e occurs.
|
abstract States<S> |
FiniteMDPEv.reachable(S i,
A a,
E e,
int t)
Set of reachable states from state i given that action a is taken and
event e occurs.
|
States<S> |
FiniteMDPEv.reachable(S i,
A a,
int t) |
abstract States<S> |
FiniteMDP.reachable(S i,
A a,
int t)
Set of States that can be reached from this state i, at this
stage t, after taking the acton a.
|
States<S> |
FiniteDP.reachable(S i,
A a,
int t)
Final function must not be extended by any user.
|
States<StateEvent<S,E>> |
DTMDPEvA.reachable(StateEvent<S,E> i,
A a) |
States<StateEvent<S,E>> |
CTMDPEvA.reachable(StateEvent<S,E> i,
A a) |
abstract States<S> |
CTMDPEvA.reached(S i,
A a,
E e)
Set of reachable states from state i given that action a is taken and
event e occurs.
|
Constructor and Description |
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CTMDP(States<S> initial)
Creates a new continuous time infinite horizon MDP Problem.
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CTMDPEv(States<S> initial)
This constructor builds a continuous time MDP with events.
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CTMDPEvA(States<S> initial)
Creates a new continuous time infinite horizon MDP Problem with events
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DTMDP(States<S> initial)
Creates a new infinite horizon discrete time (MDP) Problem.
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DTMDPEv(States<S> initial)
Creates a new infinite horizon discrete time (MDP) Problem with events
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DTMDPEvA(States<S> initial)
Creates a new infinite horizon discrete time (MDP) Problem with events
|
FiniteDP(States<S> initial,
int lastStage)
Creates a new FINITE Dynamic Programming (DP) Problem.
|
FiniteMDP(States<S> initial,
int horizon)
Creates a new FINITE horizon (MDP) Problem.
|
FiniteMDPEv(States<S> initial,
int horizon) |
InfiniteMDP(States<S> initial)
Creates a new INFINITE Dynamic Programming (DP) Problem.
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StochasticShortestPath(States<S> states) |