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Patience saves my world!
Welcome to Hang's Website
  • Home
  • Projects
    • Self-Driving Car
      • Sensor Integration
      • Sensor Calibration
      • Vehicle Accel/Brake Calibration
      • ROS2 Software Stack Development
        • Sensing & Data Preprocessing
        • Perception
        • Localization & Mapping
        • Dynamics & Control
        • Vehicle Interface & PACMod2
        • Simulation
    • 4D Radar Perception
      • Sensor Calibration
    • Real-time Control Module for HIL
  • Embedded System
    • Hardware Peripheral
    • STM32 Microcontrollers
    • TI MCU and MPU
      • TI C2000 Real-time Microcontrollers
      • TI ARM-based MCUs and MPUs
    • FPGA
    • Embedded Linux SBC
    • Simulink Embedded Coder
    • PCB Design
      • Dev Module
      • TI C2000 Dev Board
      • STM32 Dev Board
  • 4D Imaging Radar
    • TI mmWave Radar
    • NXP mmWave Radar
    • Smartmicro mmWave Radar
    • mmWave Radar Signal Processing
  • Teaching
  • RC Hobbies
  • Awesome Website

mmWave Radar Signal Processing


A collection of tutorials or webinars on FMCW (Frequency Modulated Continuous Wave) millimeter-wave (mmWave) radar.

TI mmWave radar sensors
Introduction to mmWave Sensing FMCW Radars (5)
mmWave Radar Sensor Device (14)
mmWave Radar Sensor Labs (5)
mmWave Radar Sensor Experiments (16)
mmWave Radar Sensor Webinars (10)
Processor SDK Radar (3)

NXP Semiconductors
Driving Automation and Radar Training Academy
How Imaging Radar Enhances ADAS and Automated Driving Capabilities

NXP Radar
Complete Automotive Radar Portfolio Overview
EdgeLock Assurance Program and the S32R45 Imaging Radar Processor
Jumpstart Your Radar System Solutions with Our Dedicated Radar SDK for NXP Processors and MMICs​
Next Generation Radar from NXP: Systems Solutions, Enablement and Introduction to Smartmicro
Simplifying High Performance Safety Radar Systems with Green Hills INTEGRITY Platform and S32R45

NXP Imaging Radar
Introduction to the Imaging Radar Academy
NXP’s Scalable 4D Imaging Radar Fosters Accelerated Level 2+ Penetration
New RSDK for S32R45 with Front-End Support​
Accelerating S32R45 Radar Applications with Linear Algebra Accelerator
Automotive Imaging Radar Reference Design by Smartmicro
Designing Production-Ready High-Performance Radar Systems on the NXP S32R45 Processor


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  • ABOUT ME

    I am Dr. Cui, Hang, a software engineer at the Center for Autonomy of the University of Illinois Urbana-Champaign.

    PROFICIENT IN

    • Real-time Embedded Systems

    • Perception and Signal Processing on Automotive 4D Imaging Radar

    • ROS/ROS2 Software Stack and Algorithms for Self-driving Cars

    Please follow me on social media to stay updated: GitHub | LinkedIn

    PROTECTED

    Learning Notes
    Algorithms
    Online Applications
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