8/11/2019 BWQT Datasheet

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BWQT

BWQT is a multivariate software program that provides the ful

capability of modern quantitative chemometrics without requiring

specialized training. The BWQT Model Builder employs a step by

step workflow approach that guides beginners and experts alike

through the process of assembling the data needed to build

and evaluate quantitative calibrations that are fully validated

documented and ready for deployment. The workflow approach is

directly based on techniques used by expert chemometricians, and

the entire BWQT package has been developed from the ground

up to provide a completely natural, non-intrusive development

environment that frees the user to focus directly on meeting project requirements. The simplified user interfaceis structured so that it naturally leads the user though the steps of building and validating a model. A hierarchica

browser is available to indicate current model settings and check that the steps are completed to ensure that you

are ready to move on to the next step in developing a model.

The four main regions of the user interface are displayed at all times and are logically organized so that all of the

pertinent information is available across the display. The regions are:

Model Building

Model Graphical Displays

Textual Region (for the display of messages and numerical results)

Workflow Region (to show the progress of the model development process)

Each of these regions has multiple tabs that flow from left-to-right in the order that makes sense to develop a

model. The Workflow Region flows from top-to-bottom in the order of model development. If there is an error in

the development of a given model, the workflow element will light up red to show that corrective action must be

taken to build a model.

Deployment:

Rapid, Simultaneous Execution of Multiple Chemometric Models

Capable of Automatically Switching Between Multiple Output Models at Runtime

Fully Integrated into BWSP-21pt11 Analytical Software for Processes Monitoring and Database Logging

Off-line Development:

Automated Model Optimization

Integrated Work-flow Environment

Clean, User-oriented Approach to Model Development

Rapid, Flexible Assembly of Training, Test, and Validation Data Sets Convenient Incorporation of Multiple Output Ranges into Model Design

Features:

Copyright 2014 B&W Tek, Inc. Doc-Rev: 280001252-A (04/23/2014

19 Shea Way, Newark, DE 19713 Tel: (302) 368-7824 Fax: (302) 368-7830 Web: www.bwtek.com

Expert Chemometrics Made Easy