Description Usage Arguments Value See Also Examples

The `turboSim`

function conducts benchmark studies to compare performance of multiple acceleration schemes over a large number of repetitions. The `turboSim`

function outputs objects of class `turbosim`

.

1 2 3 4 |

`parmat` |
A matrix of starting parameter values, where each row corresponds to a single benchmark study repetition. |

`fixptfn` |
A vector function, |

`objfn` |
This is a scalar function, |

`method` |
Specifies which algorithm(s) will be applied. Must be a vector containing one or more of |

`boundary` |
Argument required for Dynamic ECME ( |

`pconstr` |
Optional function for defining boundary constraints on parameter values. Function maps a vector of parameter values to TRUE if constraints are satisfied. Note that this argument is only used for the Squarem ( |

`project` |
Optional function for defining a projection that maps an out-of-bound parameter value into the constrained parameter space. Requires the |

`parallel` |
Logical indicating whether the |

`method.names` |
Vector of unique names that identify the algorithms being compared. |

`keep.pars` |
Logical indicating whether the parameter values at termination should be kept. Defaults to FALSE. |

`control.method` |
If |

`control.run` |
List of control parameters for convergence and stopping the algorithms.
See *Details* of |

`...` |
Arguments passed to |

`turboSim`

returns an object of class `turbosim`

.

1 2 3 | ```
###########################################################################
# Examples provided in the vignette, which can be seen by typing
# vignette("turboEM")
``` |

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