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Optimization Online Basic Click here to access the Web-based Solution Platform. When a model it uploaded to the server, it is solved with the large-scale sparse solver IPOPT. Models are restricted to algebraic equations and all differential variables are set to zero. Premium Another online platform exists for solving and viewing models that contain differential equations. The web-based interface can be accessed by requesting an account at the APMonitor Online welcome page. Documentation A step by step example is shown in an example problem. Documentation is also available in the APMonitor Documentation Wiki. Example Problems Below are some examples of model files that show some of the modeling language features. All Supported Functions Continuously Stirred Tank Reactor Cell Culture DC Motor Distillation Column Diabetic Blood Glucose Electric Vehicle Fuel Ethanol Hock-Schittkowski Benchmark Set Linear MPC Oscillator Reactor Shuttle Launch Stock Market Efficient for Large-Scale Models The APMonitor modeling language is a powerful solution engine for differential and algebraic equations. The complete package is coupled with sparse, large-scale nonlinear solvers for steady state simulations, model parameter fitting, real-time optimization problems, dynamic simulation, moving horizon estimation, and nonlinear control problems. Nonlinear problems with up to 10,000,000 variables can be solved on the APMonitor server. Modeling Language Syntax APMonitor modeling language syntax is similar to other popular modeling languages such as MATLAB, Modelica, and gProms. A simple gravity drained tank is shown in a variety of modeling languages. Click here for the comparison. Links for Additional Information APMonitor Documentation APMonitor Web Submission APMonitor Online |
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