Package jline.solvers.ssa
Class SSAResult
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- All Implemented Interfaces:
public class SSAResult extends SolverResult
Result container for Stochastic State-space Analysis (SSA) solver computations.
SSAResult extends the base SolverResult to include SSA-specific simulation results and state-space information. SSA uses stochastic simulation to generate sample paths and estimate performance metrics with statistical confidence intervals.
SSA analysis results include:
- Transient system state evolution over time
- State space representations for each station
- Synchronization matrices for multi-class systems
- Statistical estimates from simulation runs
- Since:
1.0
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Field Summary
Fields Modifier and Type Field Description public Map<Integer, Matrix>tranSysStatepublic MatrixtranSyncpublic NetworkStructsnpublic Map<Station, Matrix>spacepublic Stringmethodpublic Stringsolverpublic intiterpublic MatrixQNpublic MatrixUNpublic MatrixRNpublic MatrixTNpublic MatrixANpublic MatrixWNpublic MatrixCNpublic MatrixXNpublic Array<Array<Matrix>>QNtpublic Array<Array<Matrix>>RNtpublic Array<Array<Matrix>>UNtpublic Array<Array<Matrix>>TNtpublic Array<Array<Matrix>>XNtpublic Array<Array<Matrix>>CNtpublic Matrixtpublic Matrixpi_tpublic MatrixSSpublic doubleruntime
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Constructor Summary
Constructors Constructor Description SSAResult()Constructs an empty SSAResult to allow field population from different sources. SSAResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Map<Integer, Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)Constructs an SSAResult with the specified performance metrics and state information.
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Method Summary
Modifier and Type Method Description -
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Constructor Detail
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SSAResult
SSAResult()
Constructs an empty SSAResult to allow field population from different sources.
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SSAResult
SSAResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Map<Integer, Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)
Constructs an SSAResult with the specified performance metrics and state information.- Parameters:
QN- queue lengths [stations x classes]UN- utilizations [stations x classes]RN- response times [stations x classes]TN- throughputs [stations x classes]CN- visit counts [stations x classes]XN- arrival rates [stations x classes]tranSysState- transient system states indexed by timetranSync- transient synchronization matrixsn- network structure information
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