Discrete Event Simulator (DESim) is a general-purpose discrete event simulation environment. It provides the major blocks and functions for building a discrete event system model and measuring its performance using metrics such as job service and waiting times, queue sizes and congestion.
DESim can be used to evaluate computer networks, manufacturing systems, traffic control systems or any generic server-queue system.
The structure of the DESim allows the users to define their own blocks and statistics functions by conveniently extending the provided ones.
Give DESim a try to see what it’s all about!
>DESim For Windows 10 Crack –
>DESim is an object-oriented simulation environment for
>simulating and analyzing discrete event systems.
>DESim provides the major blocks and functions for building
>a discrete event system model and measuring its performance
>using various metrics such as job service and waiting times,
>queue sizes and congestion.
>DESim can be used to evaluate computer networks, manufacturing
>systems, traffic control systems or any generic server-queue
>- Simple yet powerful simulation environment
>- Supports many common block types
>- Supports many different simulation modes
>- Provides a number of built-in tools for statistical analysis
>- Stays out of your way
>- Supports Direct Memory Access
>- Runs on any platform
>- The simulation can be easily modified without having to
>touch the source code.
>- Metrics can be defined to easily verify the model.
>- It is easy to analyze the simulation result.
>- Desim has many built-in tools that can help you to
>understand the simulation result and
>design your system in a better way.
>- The simulation results can be directly exported to other
>software packages such as Microsoft Excel, IBM C/C++,
>Python, MATLAB, Maple and so on.
>- DESim is written entirely in C and
>supports the following operating systems:
>- Linux (32-bit and 64-bit)
>DESim is based on the hierarchical structure of a discrete
>event system, where each entity is considered as a C++ object.
>The simulation is performed in discrete simulation mode which
>is usually much more efficient than
>continuous simulation mode.
>This simulation mode is performed by the main DESim object
>DESim provides three main blocks: Clock, Event and Measure.
>The clock is used to generate events in discrete simulation
>The user can generate events at certain point in time or
>generate events at specific points in time.
>The user can also
DESim Free Download is an integrated discrete-event simulator, consisting of a simulator and a scheduler. The simulator is based on a state machine and offers different analysis methods for the simulation and the evaluation of the simulated process. The scheduler is based on a task-oriented queue model and provides some tools for tuning the system.
Discrete-event simulation, simulation engine, simulation library, simulation library framework, scheduling, task-oriented queue
DESim is distributed under the GNU Public License (GPL). Further information is available from
The DESim Simulator consists of three components: The DESim Simulator (DESim), the DESim Simulator Framework (DSimFrame) and the DESim Simulator Framework Programming Interface (DSimFrameAPI). The DESim Simulator (DESim) is the actual simulation engine. It is written in C++ and does not need any external libraries. The DESim Simulator Framework (DSimFrame) is the interface to the DESim Simulator. It consists of classes that provide a uniform interface for the DESim Simulator. The DESim Simulator Framework Programming Interface (DSimFrameAPI) is the programming interface to the DESim Simulator. It contains the classes that can be used for setting up and controlling the simulation and reporting results.
The DESim Simulator Framework Programming Interface (DSimFrameAPI) is a part of the DESim Simulator and is written in C++. It provides the basic blocks and their interfaces for defining the main parts of the DESim model. The DESim Simulator Framework Programming Interface (DSimFrameAPI) also provides a uniform method for defining the statistics functions and their interfaces.
The DESim Simulator Frame Programming Interface (DSimFrameAPI) is a part of the DESim Simulator and is written in C++. It provides the base classes and the interfaces for defining the user applications. It is used in the simulation of the user’s application and defines the connection to the DESim Simulator. Further information on the DESim Simulator Framework Programming Interface is available on
DESim Simulator Framework Programming Interface (DSimFrameAPI) is a part of the DESim Simulator and is written in C++. It provides the base classes and the interfaces for defining the user applications. It is used in the simulation of the user’s application and defines the connection to the DESim Simulator. Further
DESim is a general purpose discrete event simulation environment with an object-oriented design. It is intended for modeling and simulation of systems with a set of tasks that perform services.
The name DESim stands for Discrete Event Simulation.
* DESim provides most of the functionality of a classic discrete event simulation environment. A simulation is defined by simulation model and user defined metrics.
* DESim provides data capture mechanism that enables the simulation to be evaluated in various ways.
* DESim provides basic scheduling functionality, events are scheduled by users’ tasks, events do not block each other.
* DESim provides graph-based performance analysis capability that enables users to produce plots of performance metrics.
* DESim provides a programming interface for defining events and blocks. Users can extend DESim to provide additional features and new blocks to model existing systems.
* DESim provides a general abstract data type (ADT) model for representing data needed by simulation blocks.
* DESim provides advanced simulation capability for a variety of discrete event simulation models, such as chain, priority queues and Web service.
* DESim provides blocks for user defined data types.
* DESim provides blocks for implementing complex user-defined data types.
* DESim provides blocks for common data types, such as lists, queues, sequences, threads and semaphores.
* DESim provides blocks for common discrete event simulation models, such as token, state machine, lock, Web service, chain and priority queue.
* DESim provides support for different event-based languages such as Java, C++ and C#.
* DESim provides support for continuous time simulation.
* DESim provides GUI support for the simulation.
* DESim provides the Java-based user interface, the C#-based user interface and the C++-based user interface.
* DESim provides tools for performance analysis.
* DESim provides support for parallel simulation.
* DESim provides support for deterministic, non-deterministic, stochastic and hybrid simulation.
* DESim provides support for execution of simulation under different scheduling policies.
* DESim supports XML-based data files, and automatically understands commonly used formats, such as JXLS, PAS, CSV, EXCEL, XLS.
* DESim provides flexibility for defining a user’s own data types and simulation models.
License for the DESim 4.1.0 beta is LGPLv3
This reference manual describes the DESim software and its capabilities. It is aimed at providing a complete tutorial of the DESim software for both users and developers. An Introduction, a Basic usage and a Tutorial have been developed as a reference for new users, DESim developers and system integrators. It is also organized in chapters that describe the concepts, the basic functions and the API (Application Programming Interface) of the DESim, the algorithm and data structures used to simulate the DESim system, the functions that handle the event and queue management, the main functional blocks, the database system and statistics functions and so on. The complete reference manual also covers the DESim User Guide and the DESim Developer Guide.
* DESim Software Architecture
* DESim Elementary Data Structures
* DESim Graphical User Interface (GUI)
* DESim User Guide
* DESim Developer Guide
* DESim Documentation
* DESim Basic Applications and Tutorial
* DESim Developer Documentation
The development of the DESim software started in 1999 with the aim to be a scalable discrete event simulation engine.
The project has been developing continuously with the following milestones:
2000 – DESim 1.0 released
2002 – DESim 1.2 released
2003 – DESim 1.3 released
2003 – DESim 1.4 released
2003 – DESim 1.5 released
2004 – DESim 1.6 released
2005 – DESim 1.7 released
2005 – DESim 1.8 released
2006 – DESim 1.9 released
2006 – DESim 2.0 released
2006 – DESim 2.1 released
2008 – DESim 2.2 released
2008 – DESim 2.3 released
2008 – DESim 2.4 released
2008 – DESim 2.5 released
2009 – DESim 2.6 released
2009 – DESim 2.7 released
2010 – DESim 2.8 released
2010 – DESim 2.9 released
2010 – DESim 2.10 released
2011 – DESim 2.11 released
2011 – DESim 2.12 released
2011 – DESim 2.13 released
2011 – DESim 2.14 released
2012 – DESim 2.15 released
2012 – DESim 2.16 released
2012 – DESim 2.17 released
2012 – DESim 2.18 released
2012 – DESim 2.19 released
2012 – DESim 2.20 released
2012 – DESim 2.21 released
2013 – DESim 2.22 released
2013 – DESim 2.23 released
2014 – DESim 2.24 released
2014 – DESim 2.25 released
2014 – DES
Windows 7 or 8
Intel Core i3 or equivalent
1 GB of RAM
2 GB of HDD space
DirectX version 11
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