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MathWorks Release 2024b of MATLAB and Simulink: Enhancements designed to scale, automate, and streamline key aspects of the workflow

New Apps and Features SHARPENS the Development of SIGNAL PROCESSING APPLICATIONS. When CAE player and mathematical computing software developer MathWorks releases new software versions, it's always of great interest. The company's solutions can be found in many places and is one of the dominant players in its field with MATLAB, a programming environment for algorithm development, data analysis, visualization and numerical computation, and Simulink, which is a block diagram environment for simulation and model-based design of multi-domain and embedded engineering system.
Interestingly in the Simulink context, MathWorks also offers an MBSE tool, Simscape, which leverages the Simulink System Composer core module. MBSE stands for Model Based Systems Engineering and is a systems engineering approach that uses models to represent different aspects of a system throughout its life cycle, from concept to retirement. In MBSE, a model is a simplified representation of a system that captures its key properties and behavior. The model can be used to analyze the system, simulate its behavior and test its performance under different conditions. Simscape is spanning mechanical, electrical, hydraulic and other physical domains and its models can be deployed to other simulation environments, including hardware-in-the-loop (HiL) systems, via automatic C code generation.
With these solutions and others, MathWorks has taken a position as the market's number two in terms of annual revenue on the commercial simulation and analysis side behind Ansys. In recent years, according to CIM data, it has had a market share of around 13-14 percent with annual revenues in the region of $1.3 billion.
Especially in emerging areas such as embedded applications/controls, data analytics, AI and ML, MathWorks is globally recognized as a leader. The company actually has over a million MATLAB users worldwide in both industry and academia. It also has a significant ecosystem of third-party developers of over 500 solutions based on MATLAB and Simulink covering a wide range of advanced products, including automotive systems, flight controls and avionics, telecommunications and more.
This said as a backdrop to MathWorks recently announced Release 2024b of MATLAB and Simulink. R2024b introduces several major updates that streamline the workflows of engineers and researchers working with wireless communication systems, control systems, and digital signal processing applications.
In general, in addition to product improvements to the MathWorks platform, R2024b contains major updates to the MATLAB and Simulink tools in particular. PLM&ERP News today takes a quick look at the most important pieces of this.
"An organization's ability to deliver high-quality, reliable and secure products underscores the critical role of simulation and model-based design," comments MathWorks VP of Design Automation, Andy Grace.

Andy Grace goes on to point out several values ​​of the improvements in the new version:
“The enhancements in R2024b are designed to help scale, automate, and streamline key aspects of the workflow, enabling engineers to optimize system performance and reliability,” he says.

6G waveform generation in updated 5G Toolbox
Originally, the 5G Toolbox was built to provide capabilities for modeling, simulation and verification of new radio (NR) and 5G advanced systems. With today’s version release, significantly more water has flowed under this bridge: 5G Toolbox now enables exploration of 6G waveform generation and signal quality assessments of 5G waveforms.

  • DSP HDL Toolbox provides hardware-ready Simulink blocks and subsystems for developing signal processing applications. The toolbox now includes a new interactive DSP HDL IP Designer app for configuring DSP algorithms and generating HDL code and verification components.
  • Simulink Control Design is used to design and analyze control systems modeled in Simulink and now offers the ability to design and implement nonlinear and data-driven control techniques, such as sliding mode and iterative learning control.
  • System Composer enables architecture specification and analysis for model-based systems engineering and software architecture modeling. The tool now enables customers to edit subsetted views and describe system behavior with activity and sequence diagrams.

    Package that uses Simulink and model-based design  
    More news: A new hardware support package is available for Qualcomm Hexagon Neural Processing Unit (NPU), the technology embedded within the Snapdragon® family of processors. The package leverages Simulink and Model-Based Design to seamlessly deploy production-quality C code across various Snapdragon processors for DSP applications.
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