Cornerstone 7. DoE, Six Sigma, and EDA

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1 Cornerstone 7 DoE, Six Sigma, and EDA

2 Statistics made for engineers Cornerstone data analysis software allows efficient work to design experiments and explore data, analyze dependencies, and find answers you can act upon, immediately, interactively, and without any programming. Cornerstone provides statistical techniques, including DoE, regression, and multivariate analysis. With a highly intuitive and interactive user interface, Cornerstone enables engineers of multiple areas i. e. teams from manufacturing, research, development, quality assurance, and educational organizations to fully exploit and apply the potential of statistical data analysis. The workmap concept gives an easy overview of the analysis workflow and allows reuse for future data of same structure. New dialogs, menus and functions are possible with the Cornerstone Extension Language (CEL). Also, Cornerstone allows direct access to the R environment for statistical computing and graphics. The camline real-time systems (LineWorks, SPACE, XperiDesk, and InFrame Synpase MES) are perfectly supplemented by Cornerstone s interactive data analysis and process optimization capabilities. Easy to use, compact and fast statistics tool for engineers to Model DoEs and generate more knowledge from experiments Analyze data (batch & interactive) from multiple & diverse data sources Analyze data with astonishing graph visualizations, workmap recording and workflows, R integration and tools like brushing, linked reference lines, curve pasting,

3 Cornerstone follows a consistent and smart approach With Cornerstone, your analyzes are always up to date. The consistent and interactive linking of your data with subsequently derived graphs, analyses, results, and reports is preserved, even when your data changes or you switch to data sources of the same structure. You do not need to program or execute any scripts. The workmap is the script. Cornerstone is particularly designed to quickly sift and work through large amounts of data. The computing power provided will ensure that you can interactively work with Cornerstone, efficiently. In a wide range of applications, Cornerstone will satisfy most engineers and scientists needs. This does not require complicated approaches. With a smart set of generic statistical methods and graph types, Cornerstone is remarkably efficient. It supports your work at high quality. In most cases, you do not need to leave Cornerstone. You analyze dependencies among data groups. You test hypotheses and build predictive models. High level graphics and reports are immediately suitable for presentations. Cornerstone will help that all your decisions are based on facts and your conclusions are substantiated by valid data analyses. Both, novice and experts of statistics benefit from Cornerstone s modern and smart approach through increased work efficiency and minimized training time. Cornerstone comes with user manuals as textbooks that allow to quickly start with the set of standard statistical methods. In addition, the Cornerstone manuals are a detailed guide, how to effectively implement these statistical methods with Cornerstone. For all statistical objects, a direct interpretational aid is available. After first getting used to Cornerstone, the tool is very profitable. Dr. Thomas Weig, Development Engineer, OSRAM Opto Semiconductors GmbH (DE)

4 Engineering Analytics Practical for daily use in engineering You can take advantage of analysis workflows from previous projects and quickly adapt them to new problems. Lean user interface Powerful visualization capabilities Workmaps graphically document your analyses workflow Report designer to present your data and analyses results Even without the application of a formal statistical method, you already have multiple views on your data at the same time that help to find out dependencies, understand correlations, discover anomalies. For example, to visualize the context of selected points, you simply touch them in a graph with the brushing tool. The data will be highlighted correspondingly in all affected graphs and datasets. You can combine graphs with tabular results and arrange them in final reports. With only a few consistent graph types, Cornerstone covers the essentials of graphical data analysis. Via clipboard and with standard file formats, you can export your analyses results into other graphic tools and software applications. Access to data sources Cornerstone provides direct, transparent access to data stored in remote database sources that are accessible via ODBC with open access to SQL code. Spreadsheet formats like Excel can be read as well as ASCII files. An automatic reread of data from its source is supported. Any number of files of same column structure can be read into a single dataset simultaneously. Drag & Drop of Cornerstone datasets and workmaps accelerate data acquisition.

5 Workmaps visualize your analyses workflow Workmaps make your analysis process- Workmaps visualize your analyses The new designed es reusable As you analyze data with workflow by connected live elements. toolbars, menus, icons, Cornerstone, the workmap automatically Cornerstone s graphs are often the starting and shortcuts are very records each step of your analysis pro- point for analysis and discovery. Corner- useful. cess in the appropriate order. A workmap stone integrates data access, visualization, Dr. Thomas Bauer, contains all the individual analyses steps, analysis, and presentation in one package. Key-Expert Data Mining data and derived data, subsets, presentation Workmaps automatically record each & Optimization, OSRAM styles, tables, graphs, analyses objects, and reports. The workmap window shows all the individual components in the form of icons linked by arrows. The arrows visualize the data flow and the dependencies of datasets, analyses, graphs, and the final reports. Workmaps and their components can be processed further. In general, they are reusable, i. e. generically applicable. No scripting language is necessary in Cornerstone since this is an intrinsic function of the workmap. Different Cornerstone files can be merged into a single workmap. step in your analysis process Workmaps display your datasets, graphs, and analysis objects Diagrams show where the different graphs, tables, and analysis objects are derived from Many datasets can be read into a single Workmap Graphs can be joined even if they come from different datasets Opto Semiconductors GmbH (DE)

6 Engineering Analytics Design, explore, and analyze data The icons are very helpful and understandable. Josef Betschart, Consultant (CH) Apply Design of Experiments (DoE) Perform technical Data Analyses Model & optimize processes Capture workflow for reuse Present data at high-quality Use extensive statistical functions Accomplish these tasks specifically and in record speed Build your own application with the Cornerstone Extension Language (CEL) Cornerstone extension language (CEL) Customize Cornerstone particularly to your specific needs for a flexible extension of the standard functionality, Cornerstone also includes an own integrated, object-oriented development environment. You can use Cornerstone Extension Language (CEL) to create applications, new dialogs, menus, and other analysis functions. The open architecture, coupled with CEL, allows you to meet specific requirements of your organization. Or you integrate Cornerstone s exceptional capabilities with other software applications.

7 Save time an money Engineer oriented execution of statistics tasks without being burdened with statistics details Reducing the amount of experiments via statistically optimized experiment plans Optimizing your executed experiments via structured planning, data collection, and result analysis Automatic capturing compact, reusable workflows Easy and fast correlation detection in the data Fast finding of a usable process model Gain more information with less effort by better usability to Understand results quickly and easily Benefit from example use cases of others Extremely practical and useful. Cornerstone saves us a lot of manual work when creating reports. Joachim Sudbrock, Product Engineering, OSRAM Opto Semiconductors GmbH (DE)

8 Engineering Analytics Design of Experiments Discriminant Analysis Summary Statistics Statistical Process Control Interface DoE MANOVA & Tests Control Charts Data Acquisition & Manipulation Cornerstone Cornerstone Extension Language (CEL) Regression & ANOVA Correlations Principal Components Explorative Data Analysis Linked Brushing Distribution Fitting & Process Capability Integration & Linking Cornerstone s core functions Cornerstone provides the necessary statistical methods compact and clear to engineers. The Design of Experiments (DoE) component contains a step-by-step guide to successfully perform designed experiments. DoE supports advanced techniques like constraints in design space, inclusion runs, accessible candidate set for algorithmic designs, methods to perform robustness (Taguchi) or mixture designs. The Regression component also covers ANOVA methods and helps to model and improve your process on study. No difference is made in handling DoE or historical data. You create and refine models that describe one or multiple responses as a function of one or more either scaled or categorical predictors. Cornerstone supports all features like arbitrary high order expansion, stepwise regression, Box-Cox transformation, residual analysis in an unsurpassed compact workflow. MANOVA offers analyses techniques to compare groups based on multivariate data. You can investigate, whether the groups are different and how the differences are determined by the analyzed variables. Use MANOVA also for discriminant analysis. Principal Components Analysis is a technique for reducing the number of variables needed to represent the dependencies in your data. It is also a preliminary step for regression analysis in case of correlated predictors that otherwise cannot be adequately analyzed (regression on principal components). This direct combination of both steps is supported. The R-Integration gives you access to all functions of the R environment for statistical computing and graphics.

9 Explorative Data Analysis Tools such as interactive graphs with brushing or labeling, support your work practically before you need to consider inferential statistical methods. Summary Statistics & Test Create statistics (mean, median, standard-deviation etc.) with confidence bands. Grouping allows comparisons and data aggregation. Standard Tests (i. e. normal distribution, comparison of means and variances) perform basic statistical inference. Statistical Process Control is a powerful tool for monitoring your actual production process, identifying assignable causes for quality deviations. You create control charts for overseeing and improving your processes Distribution Fitting & Capability You can interactively fit distribution models to your data. Process capability indexes like Cp and Cpk quantify the quality of your processes to fulfill customers requirements. Six Sigma & Kaizen For these concepts of process improvement the Cornerstone approach intentionally addresses the level of engineers tasks. Its smart concept is clearly results-oriented. It shortens both training times, as well as the overall analyses efforts to achieve meaningful results. The menu design leads downright according to the sequence of typical analysis steps.

10 Engineering Analytics Highlights of Cornerstone 7 I like CS7 very much! Very convenient! The best of the new Cornerstone version are the symbols! Bernhard Wagner Packaging Technology, Engineering Pharma Service, Robert Bosch GmbH Complete review of user interface (Icons for all commands, free icon menus, shortcuts) Simultaneous MS Word/PowerPoint export for many graphs and datasets with templates Cornerstone Workmap can be linked to MS Office applications Graphic elements with property windows Sweetspot plot and desirability graph in regression Constraints shown in predicted response graph in regression Preference editor now within Cornerstone Many small improvements in specific details

11 Workmap Dataset Graphs Graphtools Analysis MANOVA DoE Regression Principal Components

12 CAMLINE HOMEPAGE platforms.html PLATFORMS CONTACT CAMLINE +49 (0) The information contained in this document is subject to change without notice. camline GmbH assumes no responsibility for any errors which may appear in this document. All company names and product names are trademarks or registered trademarks of their respective holders. camline, CAPS, LineWorks, LineWorks ECoFrame, LineWorks igate, LineWorks PULSE, LineWorks RM, LineWorks SPACE, LineWorks STARGATE, LineWorks WIP, and LineWorks UA are trademarks of camline GmbH.