Embedded360 has been using the model based product development for years which has helped to meet the requirements of the automotive industry in a big way. Not only is it cost effective but also agrees with the reduced cycle time of product development.
Moreover this model effectively handles the complex requirements and control systems brought in by the tighter emission controls and safety requirements. This model helps in rapid design and validation, the result of which is reduced overall cycle time, risks and costs.
Our approach allows for the accelerated development of control strategies,
while our unmatched experience enables us to develop quality control software.
Requirement Maturation
- Model Based Design of System level architecture and solution services
- Identification of maximum possible issues/queries during H/W & S/W requirement analysis
- Requirement freezing after resolution of these issues
Compliance for Existing Work-Products
- Architecture Development
- Modules/ Component Development in MATLAB, Simulink, Stateflow as per MAAB guidelines
- Memory Optimization for RAM/ROM according to MAAB guidelines
- ISO 26262 Compliant Models Rapid Prototyping- Virtual Prototyping, External Bypass etc.
Verification & Validation Services
- Model in Loop Testing (MIL)
- Software in Loop Testing (SIL)
- Hardware in Loop Testing (HIL)
- Processor in loop testing (PIL)
- Simulink Design Verifier
- Verification and Validation (V&V) of MATLAB Simulink Models
Auto Code Generation
- Code Generation using Target Link (MATLAB model conversion to Target Link Model)
- Code Generation with Matlab E-coder
- MISRA, AUTOSAR compliant code
- Custom Code Generation with Custom Target Language Compiler and E-coder
Integration Services
- Application & LLD Interface Development
- Integration Testing in real time environment to ensure error free module interactions
- Testing on real-time hardware (bench testing) (HIL)
- Testing on a target processor if real-time hardware is not present (PIL)
Floating to Fixed Point Conversion
- Support for Conversion of Floating point models to Fixed point models as per customer requirements using Mathwork Fixed Point Converter Tool Box.
- Support for Conversion of floating point Matlab code to fixed point code.
- Code generation & testing of floating and fixed point models for the comparison of results, in order to ensure expected accuracy.
