Sự Kiện

Hear an overview of the goals and vision for 6G systems, the enabling technologies, and how MATLAB wireless communications tools can enable you to accelerate your 6G R&D process with reliable modeling and simulation.

Part 3 Series: Simplify complex control logic using state machines for better readability, debugging, and system performance.

Part 2 Series: Discover how Model-Based Design streamlines validation and verification, requirements traceability, and embedded code generation.

Part 1 Series: Explore how simulation-driven workflows with Model-Based Design help engineers simplify complexity, validate control logic early, and build robust systems faster

Three-part webinar series on simulation-driven control design. Learn to model, test, and verify control algorithms early to reduce risk, improve quality, and accelerate system development.

Explore systems-engineering methodologies for 6G complexity. This half-day seminar covers sub-THz RF, AI-native air interfaces, ISAC, and 6G system-level simulation in MATLAB.

Join the MATLAB Technical Seminar & Workshop in Penang, Malaysia to explore AI-driven wireless design, 5G/6G innovation, and mixed-signal simulation. Learn how MATLAB & Simulink accelerate RF, FPGA, and system-level prototyping for next-gen wireless silicon

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.