Introduction to ADI Software Defined Radio ADALM-Pluto

Introduction to ADI Software Defined Radio ADALM-Pluto

A prize-winning live broadcast class starts today at 10:00-11:30!

The ADALM-PLUTO active learning module (PlutoSDR) is easy to use and helps introduce electrical engineering students to the fundamentals of Software Defined Radio (SDR), Radio Frequency (RF), and wireless communication. This module is designed for students of various levels and backgrounds, suitable for both teacher-led guidance and self-study, aiming to lay a foundation for practical RF and communication as students pursue degrees in science, technology, or engineering.

Live Broadcast Time

September 21 (today) from 10:00 to 11:30 AM

Live Broadcast Topic

Introduction to ADI Software Defined Radio ADALM-Pluto

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Introduction to ADI Software Defined Radio ADALM-Pluto
Live Broadcast Content
– Introduction to Pluto hardware architecture and configuration;
– Introduction to the MATLAB add-on Communication Toolbox Support Package for Analog Services ADALM-Pluto Radio;
– Introduction to how to use the add-on package to debug Pluto in MATLAB Simulink;
Live Broadcast Guests
Introduction to ADI Software Defined Radio ADALM-Pluto
Xiaoyuan LiuApplication Engineer at ADI China Technical Support Center

Mr. Liu Xiaoyuan is currently an application engineer at ADI China Technical Support Center, mainly responsible for technical support for ADI broadband transceivers.

He graduated from Tianjin University with a master’s degree in Electrical Automation and Information Engineering. After graduation, he joined ADI and has been engaged in application support for AD936x, AD937x, and ADRV900x series broadband transceivers as well as promotion support for ADALM20000 and ADALM-Pluto.

Introduction to ADI Software Defined Radio ADALM-Pluto
Yokai Yuan

Mr. Yokai Yuan is a master’s student in the Department of Electronic Flight Equipment at the National Aviation University of Ukraine, engaged in the research and development of key technologies for wireless communication receivers and transmitters, proficient in image denoising algorithms, audio signal source compression algorithms, and the formulation of private network communication protocols.

He has successively worked at Kyiv Slatka Electronics LLC, Beijing Giant Digital Technology Co., Ltd., Beijing Taihao Equipment Electronics Technology Co., Ltd., and Shanghai Weisan Education Technology Co., Ltd., focusing on research and commercialization of internet access technology, wireless communication, image signal processing, ultra-low rate audio codecs, and private network communication protocols. He is a participant in the design of domestic digital media radio (Digital Media Radio) walkie-talkie baseband chips and an important participant in the Beidou, GPS (Global Positioning System), and GLONASS (Global Navigation Satellite System) tri-mode joint navigation receiver project, as well as the implementation of sine coding for 2.4 kbps ultra-low rate codec technology.

Live Broadcast Prizes
Introduction to ADI Software Defined Radio ADALM-Pluto
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Introduction to ADI Software Defined Radio ADALM-Pluto

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