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In this webinar, we'll discuss the evolving demands on power amplifiers and transmitters, focusing on increased capacity requirements. We'll showcase how MATLAB simplifies the generation of wireless waveforms, signal modeling, and receiver-side analysis. Join us to explore trends in power amplifier architecture and optimization techniques to enhance key metrics for wireless waveforms.

Artificial Intelligence, particularly deep learning, is revolutionizing automation and business processes. It excels in solving intricate challenges related to images, signals, text, and controls, delivering human-like accuracy in tasks such as object recognition and path optimization. However, it involves assembling vast datasets, building neural networks, training and evaluating models, often requiring specialized hardware and complex theoretical understanding.

Learn the BMS operation by gaining insight into its cell behaviour, exploring multi domain modelling to define BMS algorithm. Apply parameterization for SOC and SOH estimation, thermal analysis, etc. Evaluate system behaviour through simulation, verification, and validation. Generate code and apply hardware in the loop testing.

Solar Inverter Power Control Design with Simulink webinar offers an opportunity to explore solar inverter control and maximize renewable energy's potential. As solar power takes center stage in addressing climate change and growing energy demands, this webinar equips you to understand, master, and optimize solar inverter control for a sustainable future.

In this workshop, you will learn about the Model-Based Design workflow using HLS block set of Model Composer, how to set up the Simulink model using blocks from HLS library, and do automatic code generation.

This webinar demonstrates the deployment of a Wireless System on an RFSoC device using Model-Based Design with MATLAB and Simulink. The talk emphasizes the benefits of this approach including system-level modeling, automated code generation, earlier verification, and faster adaptation to specification changes.

In this talk, we will demonstrate how MATLAB and Simulink can help provide a unified environment for the development and simulation of autonomous surface vessels.

The webinars will show the workflow steps starting from modeling the machine and control logic, to desktop simulation and testing, PLC code generation, real-time Hardware-in-the-Loop simulation, and Virtual Commissioning with 3D visualization.

In this workshop, you will learn about the Versal™ adaptive SoC and the architecture of the AI Engine, the various interfaces available in the AI Engine tile, Versal AI Engine Tool Flow and Vitis Model Composer for AI Engine Design.