Very interesting blog for everyone thinking how to ride the AI wave with MathWorks tools:
Check out how Claude Code is used for Simulink and Simscape modeling & be sure to watch the video, pretty cool.
https://t.co/QFhfCBLJSA
Read a blog how Physics-Informed Machine Learning (PIML) bridges the gap between data-driven AI and fundamental physical laws and develop AI models that leverage governing physics to enhance analysis and decision-making:
https://t.co/IbKkBhTtti
Learn how to integrate known physical laws into AI-based methods to enhance your models.
Join our May 13 webinar and discover how to integrate physical laws into AI using PINNs, FNO, and PINO. Achieve better model performance with MATLAB!
#MachineLearning#MATLAB#AI
Do you run parallel jobs? Check out this blog for a potential to speed up them by changing one line of code (new since 24a). A MATLAB blog reader just sped-up his parallel workflow by almost 10x!
Read the full blog about parallel computing in MATLAB: https://t.co/zwKoBWpbDk
Register now for 'Embedded AI for Signal Processing on the Edge', April 15th.
We use MATLAB to follow the main steps involved in taking an AI model from the training data to a lightweight embedded implementation.
https://t.co/t2mNiowSIE
#EmbeddedAI#Edgedevices#MATLAB
6G introduces new challenges for link-level simulations. Check out the blog to learn how integrating MATLAB simulations with AODT ray tracing enhances signal modeling in urban environments.
https://t.co/QzaXCX7OT5
#6G#digtialtwins
Do you work with large systems and teams, requirements and need to manage and integrate the designs into a product seamlessly?
Join us on April 3rd to hands-on, virtual workshop for Model-Based Systems Engineering using System Composer.
https://t.co/pQ1TyQO6I4
In just 1 year, the AI-RAN Alliance has grown to 75 members across 17 countries! π As a founding member, we're helping drive AI-powered RAN & mobile networks.
At our #MWC25 booth, you can experience a vast lineup of demos - as explained by James, NVIDIA's Interactive Digital Human.
How do you turn base station in a helicopter, MATLAB and genius minds to locate a lost hiker in minutes? CENTUM uses Model-Based Design with MATLAB and Simulink to develop signal processing and geolocation algorithms used by SAR teams .
π https://t.co/URNyCZwAr3
MathWorks Principal Product Manager for wireless is interviewed about the future of 6G and AI's transformative role
#MATLAB#AI#6G
https://t.co/BurkfGF32U
Read and learn the steps for radar system design - how simulating with Model-Based Design plus deep learning integrates top-down design with bottom-up verification using measured data.
#wireless#AI#modelbaseddesign
https://t.co/TgFqev9Mjx
The real benefit of doing digital design is in re-use. Learn how to reuse #predictivemaintenance algorithms and #digitaltwins with an example of a pump under various fault conditions
https://t.co/lxmvgU7alS
Read how to standardize best practices to build large-scale Simulink models with hundreds of thousands of blocks. #Simulink
π https://t.co/lfai3lThea
#6G will introduce integrated sensing and communications (ISAC), enabling new applications to improve our safety and well-being.
Learn how #MATLAB helps you model, simulate, and validate the design integration of radar and communication technologies.
https://t.co/DZbWXbkkvu
With integrated sensing and communication, ISAC, radar and communication functionalities are sharing hardware and waveforms. Learn how radar sensing is integrated into communication systems #ISAC#MIMO#OFDM#radar#sensing
https://t.co/I7RG62c4ui
Rambus generated synthesizable RTL for a DSP chip, laying the foundation for a custom, PPA-optimized design to take shape. #MATLAB
https://t.co/YekWgcXOoq
In the era of AI-enabled safety-critical systems, V&V procedures are crucial for achieving industry certifications and legal compliance. Exploring a variety of testing approaches is essential to ensure responsible and transparent use of AI.
https://t.co/aScGLfGpkE