Delsi 2.0 is a set of 21 components for .NET 2.0 designed for simulation of queuing systems with complecated logic. Delsi 2.0 is a discrete-event simulation system designed for simulation of queuing systems with complicated logic. The system is implemented as a set of components for Microsoft .NET 2.0 Framework.

The main idea of Delsi modeling is that your queuing formalization may be presented as an oriented graph with nodes which correspond to some processing facilities (such as generators, queues, servers etc). The arcs of the graph correspond to the streams of processed items. Such items are called transactions.

With Delsi it is possible to control those processing objects and the transaction flow using custom algorithms.

In terms of implementation, Delsi 2.0 is a library (assembly) of simulation components and objects for using in Microsoft .NET Framework 2.0 environment.

During a simulation, transactions are being passed from one block to another. The custom algorithms have to be implemented as event handlers for certain events. The events can be: entering a block, routing, exit from a block, interruption of service and others. By using methods, properties and events of the components, it is possible to control the behavior of a model and obtain necessary statistical results.

Delsi allows a user to utilize all the power of Microsoft .NET Framework 2.0 and its development environment, such as Microsoft Visual Studio 2005, for developing a wide variety of simulation models.

Delsi 2.0, in a combination with a standard PC and Microsoft Visual Studio 2005, creates an affordable workplace for developing powerful and rich simulation applications.

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