Solo provides the Graphical Interfaces for quickly managing and analyzing data, authoring and applying models and interpreting results. Data can be imported from a variety of different file types and quickly assembled into convenient DataSet objects. Modeling and analyzing results is just a matter of drag-and-drop of the data to our comprehensive Analysis GUI. With an integrated modeling guide and access to a large number of analysis and preprocessing techniques, this GUI provides a modeling environment appropriate for novice and expert users alike. >> More

Solo_Predictor is a prediction engine which supports importing of data and models from an external source, application of those models to the data, and retrieval of the values from the prediction. It supports predictions for all methods which produce standard model structures in PLS_Toolbox and Solo. This includes all methods in the Analysis GUI (including, but not limited to, PCA, PARAFAC, MCR, Purity, PLS, PCR, MLR, PLSDA, SIMCA), Calibration Transfer GUI, and any other PLS_Toolbox command-line functions which produce standard model structures. >> More

PLS_Toolbox is a collection of essential and advanced chemometric routines that work within the MATLAB computational environment. It contains the tools required by chemical engineers, analytical chemists and other analysis-driven scientists to explore their data and build predictive models. PLS_Toolbox gets its name from the Partial Least Squares (PLS) regression method, which has become the standard calibration method in many regression applications, but the toolbox now includes a unified graphical interface and over 300 functions for use in a wide variety of technical areas. >>More

Multivariate Image Analysis (MIA) toolbox expands the PLS_Toolbox domain to make analysis of multivariate images simple and expands the functionality of PLS_Toolbox to include many image-specific functions. With MIA_Toolbox, multivariate images from remote sensing to microscopy can be easily analyzed using the same PLS_Toolbox tools you are already familiar with. MIA_Toolbox allows you to load, manipulate, and analyze multivariate images in the Analysis Graphical interface as well as using many of the higher-level command-line functions. >> More

Extended Multiplicative Scatter Correction (EMSC) is a powerful preprocessing technique used to isolate and remove complicated multiplicative and additive effects, such as those caused by light scattering in reflectance spectroscopy. It expands on the popular Multiplicative Scatter/Signal Correction (MSC) technique by offering much improved flexibility in identifying known interferences to remove as well as scaling targets and known analyte spectra. >>More

Model_Exporter, an add-on product for PLS_Toolbox and Solo, exports models into a stand-alone "predictor" script which includes a simple-to-implement formula to perform a model prediction. Add the power of multivariate modeling to your proprietary application or simply apply models in Mathworks' MATLAB™, Octave, Tcl, or Symbion Systems' Symbion™ without the need for costly 3rd party toolboxes or libraries*! >> More