NAG Toolbox

Functions

What is the NAG Toolbox?
Introduces the NAG Toolbox and gets you started using it
Calling NAG Routines From MATLAB
Although the NAG Library is written in Fortran, you can use it from within MATLAB as if it were a collection of native MATLAB commands. The code in the toolbox will transform your MATLAB data into a form suitable for passing to Fortran, and will transform the results into MATLAB objects on successful completion of the algorithm.
Multi-Threaded Functions
A number of functions in this implementation of the toolbox have been enhanced to allow them to exploit multiple cores. This should deliver speed-ups for moderate or large datasets over the single-threaded versions when run on a multicore system.
The Design of The NAG Toolbox for MATLAB
This section will mainly be of interest to users familiar with using the NAG Library directly from Fortran or another high-level programming environment. It explains the rationale for deciding whether a parameter is optional or omitted from the interface completely, and other differences between the Library and the Toolbox.
New features introduced in this release of the Toolbox
Highlights changes in this release of the NAG Toolbox.
Advice on Replacement Calls for Withdrawn/Superseded functions
Advice on updating calls to functions that have been withdrawn, or are scheduled for withdrawal.