TargetLink is a software system that generates production code (C code) straight from the MATLAB®/Simulink/Stateflow graphical development environment.
A new assistance system for CLAAS combine harvesters permanently monitors the harvesting process and automatically adjusts the machine settings to the current conditions – faster and more exactly than an operator ever could.
Precise control of the cab temperature is the be-all and end-all of developing vehicle climate control systems.
In an advanced development project for sensor-based driver assistance systems at Automotive Safety Technologies GmbH, the goal is to handle and analyze complex data reliably.
This webinar focuses on efficient and integrated verification of non-functional requirements for production code and object code. The static analyzers from AbsInt are used to compute worst-case execution time/stack usage and to detect run-time errors and can be invoked automatically from TargetLink models. This leads to a small analysis configuration effort and to more precise analysis results.
Model-based design and automatic code generation have been used for many years to successfully develop software for control functions. Now the next evolutionary step is to use these techniques on a wide front to develop extensive functionalities in work groups that consist of a high number of software developers from various different development partners. This modular distributed development can be accomplished efficiently on a large scale with a Simulink/TargetLink-based tool chain, as this webinar will demonstrate.
This webinar focuses on automated guideline checking and model analysis with the MES Model Examiner and MES M-XRAY to ensure transparent and easily inspectable TargetLink models.
More and more extensive functionalities are being developed in work groups that consist of a large number of software developers from various development partners – a great challenge for the development process. A reliable tool chain for efficient, model-based software development is therefore crucial. Simulink/TargetLink and the tools by Model Engineering Solutions provide a tailor-made solution.
In model-based development, software is developed at a high level of abstraction, i.e., as a model, and the C code implementation is automatically generated from the model. The high degree of abstraction allows intuitive application development and increases the efficiency of development. However, to verify system safety, it is not enough to regard only the model level; the properties of the C code and even of the binary machine code also have to be investigated.
New product versions or modified IT infrastructures invariably mean that existing models and functions have to be migrated to a new version of MATLAB®, TargetLink® or Windows®. BTC Embedded Systems AG, a TargetLink Strategic Partner, provides an easy, highly integrated and completely automated solution: the BTC EmbeddedTester Migration Suite.
Model-based design has become the established development method across many industries. And production code generation is the logical step for turning models into efficient, production-ready code. TargetLink is a software system that generates production code (C code) straight from the MATLAB®/Simulink/Stateflow graphical development environment. Code generation options range from plain ANSI C code to optimized fixed- or floating-point code for certain processors. Versatile code configuration options ensure that the production code copes with processor constraints.
The TargetLink Data Dictionary is a data container that centrally holds the relevant information for a model’s design, code generation, and implementation on an ECU. Data Dictionary objects can be referenced from TargetLink models. You can define and manage variables and corresponding properties, and you can specify structured data types and use them for variable declarations.Simulation Modes for Testing
One of the advantages of model-based development is that you can use simulation for early verification. TargetLink not only generates code for production ECUs, it also greatly simplifies the testing process.Autoscaling of Variables
If TargetLink® is to generate only floating-point code, autoscaling is not necessary. However, if TargetLink is used to generate fixed-point code, autoscaling can be a huge time-saver. What took days and weeks in the past can now be done in minutes and hours.Efficient Coding
Efficiency is the key to production-quality code. Efficient code means that a minimum of execution time and resources is required to run the code on a cost-efficient embedded processor. Code generated by TargetLink is proven to be as efficient as handwritten code.TargetLink Product Support Center
The TargetLink Product Support Center is the primary online resource for TargetLink developers and provides information about TargetLink releases, compatibility information, application notes, additional utilities, TargetLink Known Problem Reports, etc.
dSPACE provides a workflow document that explains how to use TargetLink in a model-based tool chain for DO-178C-compliant projects.
TargetLink® does not just generate code, it also automatically documents exactly what it does, in perfect consistency with the model and the code. Many of our customers find they save a lot of time by generating the documentation in this way. And what is more, the documentation is always up-to-date.Third-Party Tools and Services for TargetLink
TargetLink has a range of complementary products and services that are typically used in a model-based design tool chain.