Sự Kiện

The session will demonstrate how MATLAB's extensive library of standard-compliant functions (5G NR, LTE, WLAN, etc) significantly reduces development time.

Learn how to use the Surrogate-Assisted Differential Evolution Algorithm (SADEA) to explore vast design spaces and converge on optimal geometries with minimal computational cost.

This session will explore how to model RF transceiver behaviorally—capturing critical impairments like non-linearity, phase noise, and I/Q imbalance.

This session provides a high-level overview of the "Antenna-to-Bits" workflow before diving into the first critical step: Waveform Generation

Four-part webinar series covering the end-to-end signal chain for modern communication systems, including AI-optimized antennas, baseband design, RF impairments, and satellite, 5G, and WLAN applications.

Join our free AMD workshop to explore HLS (High Level Synthesis) Library on AMD Vitis Model Composer and accelerate FPGA design with MATLAB and Simulink integration.

Explore how AI, combined with model-based design and simulation, is revolutionizing wireless communications - advancing antenna design, resource management, and end-to-end optimization for 5G, 6G, and NTNs.

Discover how MATLAB bridges open-source AI, generative automation, and deployment for faster innovation with our 2-part live tech talk series

Join our session exploring how Model-Based Systems Engineering (MBSE) and fault injection can improve the reliability of critical medical device alarms. Learn how this approach addresses IEC 60601-1-12 compliance, reduces logical errors in FMEA, and ensures alarms like the high-pressure alert function correctly—even under single-fault conditions. Includes live demo, insights, and Q&A