Overview
Algorithmic innovation drives progress in wireless communications, enabling advances in personal connectivity, space and satellite communications, high-reliability automated driving systems, and the Internet of Things (IoT). Designing, implementing, and testing these systems requires close collaboration across multiple disciplines. Deploying algorithmic models to FPGA hardware makes it possible to do over-the-air testing and verification. Automatically generating HDL code directly from the system-level algorithms and models eliminates the need for engineers to rely on specification documents or manually architect and write code.
In this webinar, a MathWorks engineer demonstrates the process of converting MATLAB® algorithms and Simulink® models directly into HDL for FPGAs using a 5G cell search example.
Highlights
- Overview of the MathWorks workflow for wireless applications
- Implementing 5G NR cell search using MathWorks products
- Testing and deploying wireless applications using SDR solutions
- User stories
About the Presenter
Jing Ma is an engineering manager for the HDL and SoC Application Engineering group, with expertise specifically in hardware design for wireless communications. Prior to taking the leadership role in applications, she worked for 10 years in product development, leading communications HDL IP development for several wireless standards. Jing has contributed numerous key HDL IPs in communications, signal processing, and vision. Before joining MathWorks in 2006, she was an assistant professor at the University of New Orleans. Jing earned her Ph.D. in electrical engineering from Virginia Tech.
