MultiForte and Boomer Manual
Table of Contents
Title Page
Preface
Chapter I - Background
Chapter II - Fitting
Algorithms
- A. Gauss-Newton
- B. Damping Gauss-Newton
- C. Modified Marquardt
- D. Simplex
- E. Simplex -> Damping
Gauss-Newton
- F. Grid Search
Chapter III - Numerical
Integration Algorithms
- A. Classical Fourth Order
Runge-Kutta
- B. Runge-Kutta-Gill
- C. Fehlberg RKF45
- D. Adams Predictor-Corrector
- E. Gears with PEDERV
subroutine
- F. Gears without PEDERV
subroutine
Chapter IV - Instructions for
MultiForte/Boomer
- A. Data Entry
- B. Method of Analysis
- C. Output Options
- D. Model Definition - Boomer
- E. Specifying Parameter Values
- F. Example Models - Boomer
- H. Numerical Integration
Method
- I. Numerical Integration - Error
Terms
- J. Fitting Algorithm
- K. Fitting Criteria
- L. Data Set Title
- M. Individual Data Value Entry
- N. Weighting Scheme
- O. Constants
- P.Entry of Parameter Estimates
- Q. Simulation with Error Input
- R. AUC, AUMC, MRT
- S. Plot and Final Result
Options
- T. Notes
Chapter V - Output
Information
Chapter VI - Boomer
Tutorial
- A. Normal Fitting - Two Comparison
I.V. Bolus Model
- B. Bayesian Analysis - I.V.
Infusion with kel a Function of Creatinine Clearance
- C. Working with Batch (.BAT) Files
- Simulation
- D. Simultaneous Fit to I.V. and
Oral Data - IRWLS
- E. Simulation with Error and
Monte-Carlo Simulations
- F. Grid Search Method
Chapter VII - Error
Messages
- A. SYSTEM Bombs!!
- B. FORTRAN Error Messages
- C. MS FORTRAN Error Messages
- D. MULTI-FORTE Error Messages
- E. RKF45 Error Messages
- F. DIFSUB Error Messages
Chapter VIII - Subroutines
- A. Subroutine CP
- B. Subroutine MODEL
- C. Subroutine MODELOUT
- D. Subroutine PART
Chapter IX -
Acknowledgments
Chapter X - Applications
Appendix I - Sample .BAT files
This file was last modified:
Friday 08 Aug 2008 at 01:53 PM
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Copyright © 2001-2010 David W. A. Bourne (david@boomer.org)