Optimization + Dynamic Systems Modeling DSM

A General Purpose Modeling Tool

 

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Technical Aspect

Graphical Library Generator

Mathematical Library Generator

Transient Systems Modeling

Steady State Systems Modeling

Optimization Component-Based

 

Traditional Optimization

Defining a Model and its Simulations

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User Defined Domains and Components   

Mathematical Library Generator

After creating the graphical aspect of a component users define its mathematical model with DSM Mathematical Library Generator. This is done by writing equations, conditions and assignments in a format that are easy and familiar to engineers.

DSM Mathematical Library Generator provides a variety of mathematical functions. The modeling is component based. Each component is defined by a mathematical model that defines the relationships between the input, outputs and internal variables. The mathematical model is expressed via a set of algebraic and/or differential equations, boundary conditions, procedural conditions.

The models involve connectible and internal variables, inputs, component data.

User Subroutines and Functions

A very important feature of DSM is the ability to call predefined user subroutines and functions. This gives users access to a vast library of subroutines and functions that they have either developed themselves or are available in the market. For example a user may have already written a subroutine or function for a complex calculation needed in a components modeling and design. This helps the users to integrate their previous work with DSM.

Error Handling

DSM provides a powerful syntax and semantics error handling for component mathematical modeling.

 

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