Technology Showcase
See product demonstrations from MathWorks experts and partner companies.
Predictive Maintenance Using the Analog Input Recorder App
- Import and visualize: Import data from files or toolboxes, and visualize ensemble variables by condition
- Generate features: Create, rank, and analyze features to distinguish nominal and faulty behavior
- Export and automate: Export features to the Classification Learner app and generate models in MATLAB or Simulink
Build, Integrate, and Automate MATLAB and Simulink Applications
- Desktop application
- Web application
- MATLAB apps
- CI/CD integration and deployment automation
RAG in MATLAB: Empowering Engineering Applications with AI-Powered Chatbots
- Leveraging local and public LLMs with MATLAB
- Building a RAG workflow using Text Analytics Toolbox
- Seamlessly converting a RAG workflow into a chatbot
- Deploying the RAG chatbot as a stand-alone application or web app
Accelerate Motor Control Development: From Modeling to Deployment
- Model and parameterize your motors
- Jumpstart with prebuilt sensored and sensorless motor control algorithms
- Generate and deploy algorithms to your desired target hardware
Design, Testing, and Integration of Grid Forming Converters, Renewables, and Microgrids
- Renewable integration with grid forming controllers and HVDC
- Microgrid design and techno-economic analysis
- Optimization of EV changing stations with large-scale models
- Testing of grid forming converters with various grid codes
Transportation Electrification Solutions
- BEV powertrain design for sizing, durability, and range—electrifying last-mile mobility with three-wheelers
- eVTOL electric drone model
- Battery development for electric mobility—CAD to Simscape in developing battery thermal model
Real-Time FPGA HIL Simulations of Power Converters and Motor Models
Simscape HDL Workflow Advisor process:
- Model converters like MMC and motors like PMSM in Simscape
- Automatically generate HDL code
- Deploy model to Speedgoat®
Wireless Network Modeling
- Cell-free mMIMO
- 5G SRS-based downlink MU-MIMO transmission modeling
- 802.11be multi-link operation (MLO) with STR and EMLSR
- Bluetooth®-WLAN coexistence exploration in 6 GHz band
Explore and Test 6G Waveforms Over the Air with MATLAB and SDRs
- Create an 800 MHz pre-6G waveform, transmit it with an NI™ vector signal transceiver (VST)
- Receive it with an NI X410 USRP™ radio
- Bring that signal back into MATLAB for error vector magnitude (EVM) analysis
Digital Twin of a TI mmWave Radar
- Showcase a waveform-level model of a Texas Instruments® mmWave radar
- Integrate custom RF components to simulate real-world radar systems
- Compare synthetic data generated by the model with real-world data from the TI radar
SerDes and Signal Integrity Analysis for High-Speed Digital Interconnects with MATLAB
- End-to-end simulation and analysis for high-speed digital interconnects including mixed-signal components
- Compliance analysis for industry standards like USB4, UCIe, and GDDR7
- Customization and generation of IBIS-AMI models for advanced SerDes design and verification
- Design space exploration with optimization workflows
Deploy and Verify HDL Neural Network–Based Digital Predistorter (DPD) on FPGA
- Deploy a NN-based digital predistorter algorithm on an MPSoC board
- Model data preprocessing logic and interface it with deep learning processor IP core and external memory
- Verify the deployed NN-DPD algorithm using an orthogonal frequency-division multiplexing (OFDM) signal.
Designing RF/Antenna Systems for Wireless and Radar Applications
- Antenna-RF-RF PCB integration in Simulink
- 3P antenna integration and optimization
- AI in antennas
Developing and Prototyping SOA-Based ADAS Apps
- Model-Based Design for development of service-oriented algorithms
- Multicore application deployment on Renesas® R-Car SoCs
- Deployment and testing of SOA-based ADAS algorithms on SOCs
Developing and Validating Algorithms for Automated Driving
- Scenarios and assets from recorded data for conditions in India
- Scaling up validation for ADAS features (desktop simulation, SIL, HIL, cloud, CI/CT)
- Algorithms for ADAS (V2V, V2X)
Deploying a Vehicle Detection System with Live Camera Input on Zynq-Based Hardware
- Deploy a deep learning model on an FPGA trained for a vehicle detector algorithm
- Verify the deployed vehicle detector
- Extend the example by adding a live HDMI video input by deploying a streaming video algorithm to the FPGA on Zynq® device
Building Electric Vehicle Variants with Multiple Component Choices Using Model-Based Design
- Model and configure electric vehicle variants with Model-Based Design
- Automatically generate all possible variant configurations and analyze them
- Test all vehicle variants across different criteria
Continuous Integration for Verification of an AUTOSAR-Compliant Battery Management System Using GitLab
- Streamline your CI integration by using the CI/CD automation for Simulink Check support package
- Improve build efficiency by identifying change impacts and rerunning only affected tasks, using template files for automatic pipeline generation
- Configure GitLab® for effective source control and continuous integration
MathWorks Consulting Services: Simulink Version Upgrade Testbench
- Automated Simulink Upgrade Testbench: Developed to streamline the upgrade process by automating regression tests and output comparisons, reducing manual validation efforts
- Baseline generation and consistency check: Automatically generates baselines to compare base and target releases, ensuring consistent model behavior post-upgrade
- Regressions and compliance verification: Detects regressions in MISRA compliance and overall model performance, enhancing reliability and efficiency
Transforming Code Quality and V&V in Modern Software Factories Using Polyspace
- Validate code quality and automate testing directly within your IDE and CI pipelines
- Seamlessly verify both manually written and automatically generated code
- Test comprehensive unit and integration for C and C++ code in your embedded systems