RT Simulation
Proper computational load generation (test program) is a separate task for the designers. The system and unit design team needs to be able to simulate different operating scenarios.
Modern products consist of a large number of mechanical, hydraulic and electronic subsystems.
For successful market introduction, it is necessary to test the systems as a whole: both mechanical and control systems. As the degree of automatic control increases, the range of design loads expands.
RT Simulation allows you to develop control systems and test them without the object.
The aim is to replace absent components with their mathematical models or sensors, actuators, and controllers, which can operate in the way similar to the component they are replacing. HIL simulators are involved on both sides, allowing a smooth transition from two-sided simulation to testing real systems as the products and algorithms are ready.
And before connecting the analog inputs it is possible to perform real-time SIL simulation, which allows you to test the algorithms of control systems on the platforms where they will actually work.
Mathematical Modelling
Mathematical modeling is the process of using various mathematical structures – equations, diagrams, blocks – to represent real worlds. The model provides an abstraction that reduces a problem to its essential characteristics. Our company works on development of plant models for different industries.
For Aerospace:
  • Gas-Turbine Engine (GTE) Toolkit
  • Hydraulic Control System
  • Landing Gear System • Etc.
For Automotive:
  • Engine System
  • Automatic transmission system
  • Steering System
  • Braking System
  • Homing System (ADAS)
  • Etc.
RT Dynamic software is a simulator with a created virtual test site that works in real-time for virtual testing of verified models of units and assemblies as part of a finished product under test.

RT Dynamic Solutions:
  • low-cost virtual real-time simulation avoiding damaging the physical system;
  • rapid prototyping and analyzing the behavior of the system in different environmental scenarios;
  • real world dynamic and aerodynamic forces simulation.

Models can be imported from various simulation environments:
  • MATLAB/Simulink,
  • SimulationX,
  • Wolfram Mathematica,
  • OpenModelica,
  • Etc.

This software allows you to evaluate the parameters of components and assemblies, and based on the data obtained, it is possible to adjust the parameters of these units, thereby determining the required optimal level of characteristics of components and assemblies
RT Dynamic Environment is a universal environment which allows testers to create various 3D testing polygons, including copies of real world . This solution allows you to quickly verify new models, after verification, the virtual test site makes it possible to simulate a variety of situations in real-time, based on the results of the models, to adjust them, which significantly speeds up the development of new products.

RT Dynamic Environment provides solutions for:
  • Automotive Testing
  • Aerospace Testing
  • Missile Guidance Testing
RT Dynamic Environment provides user tunable parameters for:
  • Dynamical Forces applied to the UUT
  • Aerodynamical Forces applied
Testing projects for new ECU hardware and embedded software on real cars, trucks, and airplanes is expensive, burdensome, and sometimes even disruptive. To speed up development and reduce risks, engineers test their ECUs (electronic control unit) s "virtually", using software models to simulate various physical components.

HIL Simulation Benefits:
  • matching panels are installed for each controller module to separate and group different channels according to their intended purpose
  • simulation of different types of sensors with a large margin
  • integrating the monitor into the rack for quick monitoring of the status of the current test
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