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ADVANTAGES

Shorten Development Cycles

Users can bypass tedious development processes such as hardware design and fabrication, operating system porting, software design, and low-level driver development, thereby shortening the development cycle.

Rapid Issue Identification

Users can design and simulate control strategies in the MATLAB/Simulink environment, automatically generate code, and export models as .vcx files for seamless integration with the VCAR EM software from VCARSYSTEM. During validation, any detected anomalies can be analyzed in real time, helping engineers swiftly identify and correct issues to accelerate the development cycle.

Online Parameter Tuning

Supports real-time modification of control strategy parameters, allowing users to perform online tuning via an upper computer without the need for code compilation, downloading, or debugging, significantly enhancing development efficiency.

Streamlined Development Process

Users do not need to develop hardware, write hardware drivers, or focus on defects in the C code itself, enabling them to concentrate entirely on control strategy development and accelerate product development speed.

FUNCTIONS

MATLAB/Simulink-based Modeling

Rapid ECU enables users to model and simulate control strategies directly within the Matlab/Simulink environment, making the development process more intuitive and efficient.

Automated Code Generation

The system supports automatic code generation from MATLAB/Simulink models, streamlining the transition from design to implementation and reducing manual coding efforts.

Online Parameter Tuning

Rapid prototype controller supports real-time modification of control strategy parameters, enabling online tuning via the host computer, significantly enhancing development flexibility and efficiency.

Real-World Environment Validation

VCARSYSTEM's rapid prototyping controllers can connect to real sensors, actuators, and communication nodes, allowing users to validate control strategies in real-world environments, thereby improving development accuracy and reliability.

APPLICATION SCENARIOS

Automotive Domain Control R&D and Validation

01

Gateway R&D and Validation

02

Preliminary Algorithm Development and Validation for General Controllers

03

New Energy Vehicle Control Algorithm Development and Validation

04

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To address the growing complexity of R&D requirements, we will tailor solutions to your specifications and offer expert consulting and engineering services.

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