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BVT Surface Fleet Develops On-Board Trainer Plant Simulation for Royal Navy Using MathWorks Tools

"The simulation engineers produced a high-level, tested description of the C code—the Simulink model—which the software engineers used to generate the code for the application. Without MathWorks tools I don’t think we could have completed the trainer with as few resources as we did." - Peter Worthington, BVT Surface Fleet

Electrodynamics Associates Designs High-Performance Generator Controller for the Military with Simul

"Other tools only allowed us to view certain parameters of the machine. Now, we can look at all of them. MathWorks tools are orders of magnitude better than any other tool on the market." - Jay Vaidya, Electrodynamics Associates

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Embedded Coder

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Description

Key Features

  • Optimization and code configuration options that extend MATLAB Coder and Simulink Coder
  • Storage class, type, and alias definition using Simulink® data dictionary capabilities
  • Processor-specific code optimization
  • Multirate, multitask, and multicore code execution with or without an RTOS
  • Code verification, including SIL and PIL testing, custom comments, and code reports with tracing of models to and from code and requirements
  • Integration of Texas Instruments' Code Composer Studio™, Analog Devices™ VisualDSP++®, and other third-party embedded development environments
  • Standards support, including ASAP2, AUTOSAR, DO-178, IEC 61508, ISO 26262, and MISRA C® in Simulink

embedded-coder 54401 wl embeddedcoder fig1 wl

A fixed-point model with generated code and its simulation mode set for SIL execution. Embedded Coder lets you quickly generate, document, and test code for production embedded systems.

 

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