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DynaSim For Control
DynaSim ist eine Software zur Mess- und Analysesoftware für die Regelungstechnik. Es ermöglicht es Benutzern, dynamische Systeme schnell und präzise zu simulieren, zu analysieren und zu verstehen. DynaSim bietet eine intuitive Benutzeroberfläche, um komplexe mathematische Modelle und Simulationen zu erstellen und zu verwalten. Es bietet auch eine Reihe von Werkzeugen zur Visualisierung und Analyse von Simulationen. Mit DynaSim können Benutzer die Kontrolle über ihre Systeme erlangen und optimale Ergebnisse erzielen.
Produkte
DynaSim-AX5411
- **Dedicated DLL Driver:** Provides a dynamic link library (DLL) interface for direct control of the AX5411 hardware from within DynaSim‑R. - **Full DynaSim‑R Integration:** Optimized for compatibility with the DynaSim‑R runtime environment, ensuring stable and efficient communication. - **Hardware Abstraction Layer:** Simplifies access to the AX5411’s hardware functions through standardized API calls. - **Real‑Time Communication:** Supports deterministic data exchange between simulation models and physical hardware. - **Scalable Architecture:** Can be extended or customized for additional hardware modules upon request. - **Cross‑Platform Support:** Designed for Windows‑based DynaSim‑R installations; additional OS support available on request. - **Error Handling and Diagnostics:** Built‑in error reporting, logging, and diagnostic functions for troubleshooting and performance monitoring. - **High‑Performance Interface:** Optimized for low latency and high throughput in control and simulation loops. - **Modular Design:** Can be deployed as a standalone driver or as part of a larger DynaSim‑R system configuration. - **Customizable Extensions:** Additional driver modules for other hardware variants can be provided upon request.
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Kategorie: DynaSim For Control
DynaSim-R
- **Real-Time Control with Simulation Models:** Enables direct control of continuous processes in real time using dynamic simulation models. - **Graphical Definition and Visualization:** Provides an intuitive graphical interface for defining control structures, simulation models, and process parameters. - **Windows-Based Environment:** Fully compatible with Microsoft Windows, allowing integration with standard PC hardware and peripherals. - **FFT Analysis:** Built-in Fast Fourier Transform tools for frequency-domain analysis of signals and system responses. - **Digital Filtering:** Includes configurable digital filters for signal conditioning, noise reduction, and data preprocessing. - **Measurement Data Processing:** Supports acquisition, processing, and visualization of measurement data from sensors and external devices. - **Integration with DynaSim-S:** Shares core functionalities with DynaSim-S, ensuring compatibility and consistent workflow across the DynaSim product line. - **Continuous Process Control:** Designed for continuous-time control applications, suitable for laboratory, industrial, and research environments. - **Real-Time Execution Engine:** Optimized for deterministic performance, ensuring stable and predictable control loop execution. - **Comprehensive Visualization Tools:** Real-time plotting, trend analysis, and graphical monitoring of system variables. - **User-Friendly Configuration:** Drag-and-drop model construction, parameter tuning, and interactive simulation control. - **Modular Architecture:** Expandable with additional modules for specialized control algorithms, communication interfaces, and data logging.
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Kategorie: DynaSim For Control
DynaSim-S
- **Comprehensive Simulation Environment:** DynaSim-S offers a complete platform for simulating control and regulation models, enabling users to design, test, and validate control strategies in a virtual environment before implementation. - **Extensive Function Block Library:** The software includes more than **90 predefined functional blocks**, covering a wide range of control, signal processing, and mathematical operations. These blocks can be combined to form complex control systems. - **User-Extensible Architecture:** Through an **open interface**, users can extend the system by adding custom blocks, functions, or algorithms, ensuring adaptability to specific research, industrial, or educational requirements. - **Macro Capability:** DynaSim-S supports **macro programming**, allowing automation of repetitive tasks, batch simulations, and complex model manipulations. - **Graphical Definition of Nonlinear Functions:** Users can define **nonlinear functions** or **hysteresis curves** interactively using the mouse, simplifying the modeling of real-world nonlinear behaviors. - **Educational and Training Focus:** The package is optimized for **development and training** purposes, making it suitable for academic institutions, research laboratories, and industrial training centers. - **Windows-Based Operation:** Fully compatible with Microsoft Windows operating systems, providing a familiar graphical user interface and integration with standard Windows tools. - **Open and Modular Design:** The modular structure allows incremental model building, easy debugging, and flexible configuration of simulation parameters.
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Kategorie: DynaSim For Control
DynaSim-Upg
The **DynaSim-Upg** upgrade introduces a comprehensive set of enhancements and new functionalities that distinguish DynaSim-R from its predecessor, DynaSim-S. Key features include: - **Enhanced Simulation Engine:** DynaSim-R incorporates a next-generation solver architecture optimized for multi-threaded and parallel computation, delivering up to 40% faster simulation times compared to DynaSim-S. - **Extended Model Library:** Expanded component libraries for mechanical, electrical, thermal, and fluid systems, including new parameterized templates and pre-validated subsystems. - **Improved Real-Time Performance:** Support for real-time simulation and hardware-in-the-loop (HIL) testing environments, enabling integration with physical controllers and embedded systems. - **Advanced Visualization Tools:** Upgraded 3D visualization and animation modules for dynamic system representation, with improved rendering performance and customizable display parameters. - **Data Management and Version Control:** Integrated project versioning, model comparison, and change tracking tools to support collaborative engineering workflows. - **Cross-Platform Compatibility:** Full support for Windows 10/11 (64-bit), Linux (Ubuntu 20.04+), and macOS (Monterey and later), ensuring flexibility across development environments. - **Enhanced Scripting and Automation:** Expanded Python and MATLAB/Simulink API interfaces for automated simulation control, batch processing, and custom analysis routines. - **Backward Compatibility:** Seamless import of DynaSim-S models, libraries, and configuration files without data loss or manual conversion. - **Security and Licensing Improvements:** Updated license management system with online activation, floating license support, and improved encryption for intellectual property protection.
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Kategorie: DynaSim For Control