Embedded Code Generation Solution
Price On RequestBrand: Math Works
Embedded code generation is fundamentally changing the way engineers work. Instead of writing thousands of lines of code by hand, engineers are automatically generating their production code to increase productivity, improve quality, and foster innovation. With MathWorks embedded code generation products, you can: Design real-time applications targeting floating- or fixed-point processors Generate C and C++ code from MATLAB and Simulink Optimize code for specific processor architectures Integrate generated code with hand-written software (legacy or specialized functionality) Profile and verify embedded code on microcontrollers and DSPs Address industry certification standardsProduction Code Generation for Automotive ECUsProduction code generation converts models into production code for electronic control units (ECUs) in seconds or minutes instead of weeks or months, which has enabled OEMs and suppliers to complete complex ECU projects in 18 months, achieve 90% code reuse, and start a vehicle on the first attempt. With millions of lines of code automatically generated using MathWorks products running in ECUs today, The MathWorks continues to develop innovative technologies that production organizations need for software architecture and design, production code generation and integration, code verification, and ISO 26262 certification.Software Architecture and Design Simulink and Stateflow are used by OEMs and suppliers to develop powertrain, chassis, safety, body, infotainment, and other automotive system designs. Using executable specifications instead of static diagrams accelerates design, clearly expresses the algorithm s intended behavior, and enables early verification and validation. Key architecture and design features supported include AUTOSAR software component modeling and floating- to fixed-point data conversion using Fixed-Point Designer .Code Generation and IntegrationEmbedded Coder generates embedded code from design models. The code can be used for on-target rapid prototyping or production code deployment. With on-target rapid prototyping, algorithms are run on the actual or emulated production ECU, reducing hardware cost and improving execution fidelity. With production code generation, ANSI/ISO C or C++ is generated by default for any device. In addition, code is easily optimized for specific MCUs or DSPs using flexible APIs. Integrating hand-written code during simulation or code generation is supported using the legacy code tool, preserving your software investment and enabling incremental adoption of code generation technology. Production Code Verification Software-in-the-loop (SIL) and processor-in-the-loop (PIL) testing form the cornerstone of production code verification by automating execution and comparison of code results with reference model behavior. Creating an environment to test your specific ECU is supported using PIL APIs. Bidirectional linking of model and code allows you to trace each line to every block and state in the model, aiding debugging and verification. You can author, execute, review, and organize tests and test suites using Simulink Test . You can calculate structural coverage of the generated code using Simulink Coverage to measure testing completeness. Optional support for commonly used IDEs and processors is available using Embedded Coder. Finally, Polyspace code verifiers let you examine generated or hand-written code for possible run-time errors and MISRA C -2004 code compliance.