Class Npfqn_bnd_bgt.Result

java.lang.Object
jline.api.npfqn.Npfqn_bnd_bgt.Result
Enclosing class:
Npfqn_bnd_bgt

public static class Npfqn_bnd_bgt.Result extends Object
Outcome of one solve.
  • Field Summary

    Fields
    Modifier and Type
    Field
    Description
    double
    The exception parameter of the smoothed Lyapunov function.
    int[]
    Per-class stage index, zero based.
    int[]
    Per-class station index, zero based.
    int[]
    Per-class type index.
    double
    The drift certificate; strictly positive on success.
    double[][]
    The Lyapunov coefficients, [J][N].
    double
    max over j and (i,k) of L.
    double[][]
    Per type and stage, the upper bound on E[Q(i,k)]; +Inf where max_j L is 0.
    double[]
    Per-class nominal load.
    double[]
    Per-station nominal load.
    double
    The uniformization divisor applied to lambda and mu.
    double
    Geometric decay ratio of the tail bound.
    double
    Step of the tail bound, 2(Lmax+gamma/2).
    double
    The Theorem 4 bound on E[L^j'Q], the same for every j.
    double[]
    The per-station slack V_j.
  • Constructor Summary

    Constructors
    Constructor
    Description
     
  • Method Summary

    Methods inherited from class java.lang.Object

    clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
  • Field Details

    • Qub

      public double[][] Qub
      Per type and stage, the upper bound on E[Q(i,k)]; +Inf where max_j L is 0.
    • gamma

      public double gamma
      The drift certificate; strictly positive on success.
    • Lmax

      public double Lmax
      max over j and (i,k) of L.
    • L

      public double[][] L
      The Lyapunov coefficients, [J][N].
    • V

      public double[] V
      The per-station slack V_j.
    • B

      public double B
      The exception parameter of the smoothed Lyapunov function.
    • U

      public double U
      The Theorem 4 bound on E[L^j'Q], the same for every j.
    • tailRatio

      public double tailRatio
      Geometric decay ratio of the tail bound.
    • tailStep

      public double tailStep
      Step of the tail bound, 2(Lmax+gamma/2).
    • rho

      public double[] rho
      Per-class nominal load.
    • rhoStation

      public double[] rhoStation
      Per-station nominal load.
    • scale

      public double scale
      The uniformization divisor applied to lambda and mu.
    • classType

      public int[] classType
      Per-class type index.
    • classStage

      public int[] classStage
      Per-class stage index, zero based.
    • classStation

      public int[] classStation
      Per-class station index, zero based.
  • Constructor Details

    • Result

      public Result()