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Login password At least 7 printable characters that you can remember. Company or University. Understand the range of potential outcomes given uncertainty Identify drivers of your risk, explore options to mitigate risk Optimize with "here and now" and "wait and see" decisions Make complex decision choices clear using decision trees.
Visually share key insights to better manage risk Identify and understand trade-offs in alternative solutions Build flexible multi-dimensional optimization models Deploy models for cloud-based use with RASON. Upgrading from the basic Excel Solver? With a single model you can optimize your decisions while taking uncertainty into account. Many real-world situations involve both decisions that you must make "here and now", and decisions you can make on a "wait and see" basis, after all or part of the uncertainty is resolved.
Only Analytic Solver Simulation has built-in support for simulation optimization, stochastic programming, and robust optimization for models with uncertainty, offering multiple Solver engines for each of these methods.
Analytic Solver's optimization and simulation speed advantage is even greater when solving these more complex, and useful, models. Analytic Solver has a single integrated interface for simulation, conventional and stochastic optimization, and decision trees, so you can access every feature and see your entire model at a glance. Since it handles conventional optimization, simulation optimization, and stochastic optimization problems, you can build virtually any model you want, and let Analytic Solver take it from there.
An intuitive Ribbon and Task Pane, a unique step by step Distribution Wizard, and in-product Help set you up for success. Upgrade Analytic Solver Simulation at any time, all the way to full-power predictive and prescriptive analytics. Over 50 probability distributions and over 50 statistics, risk measures and Six Sigma metrics are included, as well as the ability to fit distributions and automatically update them.
All functions work as native Excel functions , so if you know even a little about Excel you'll be up and running in no time. From instant preview charts of distributions and fully customizable charts of inputs and outputs, to customizable multi-chart windows with full data visualization features, to charts that automatically cover multiple parameterized simulations, Analytic Solver Simulation gives you greater insights.
At up to x faster than competing alternatives thanks to our super-fast, proven accurate PSI Interpreter, you'll spend less time watching your simulation run, and more time analyzing results.
Build multi-stage decision trees with point-and-click ease, and modify them right in Excel. Add probability distributions and run simulations, to see the true range of outcomes for each decision alternative. See how your optimal decisions change as you vary the chances and payoffs across multiple outcomes. Handle problems with up to 8, decision variables 40 times larger than the Excel Solver using built-in Solver engines, and virtually unlimited size problems with optional plug-in Solver engines PDF.
Our Constraint Wizard helps you think about and define constraints. Frontline has brought the world's best Solvers to our platform -- enabling users like you to solve nonlinear models with , variables or more, and linear models with millions of variables.
For large-scale problems, it's especially important to understand the type of model -- linear, non-linear or non-smooth, convex or non-convex -- you are trying to solve, improve the formulation if possible, and choose the best Solver Engine. To learn more, visit Optimization Problem Types. Fortunately, you can try any of our 8 plug-in large-scale Solver Engines free for 15 days -- and Analytic Solver can algebraically diagnose your model and automatically select the best Solver Engine, choosing from the all the available built-in and plug-in Solver Engines.
You select them from the Solver engine dropdown list , just as you do for the built-in Solvers, and you can display and change their options and parameters in the same way as built-in Solver engines. They can be interrupted during the solution process by pressing the ESC key , and they produce reports in spreadsheet form, just like the built-in Solver engines. You can also use large-scale nonlinear Solver engines with our Solver Platforms to solve large-scale LP problems, but the above Solver engines offer much better performance on such problems.
All of the above Solver Engines are typically very fast on large-scale LP problems. Note: Solution of large-scale QP problems using any of these Solver Engines may be limited by available memory. Every Solver engine for our Solver Platforms will handle problems with integer variables, including variables subject to the "alldifferent" constraint. Thanks to both interior point methods and active-set methods, the Knitro Solver can handle the largest smooth convex and non-convex NLP models, and the number of degrees of freedom can be much larger than 2,
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