Click the blue text above to follow us Message from the author 🔊 Author Introduction: Graduate student from a top university, researcher in the field of MATLAB; 🚅 Motto: A journey of a thousand miles begins with a single step. ✅ Research Areas: Complete code, paper reproduction, program customization, journal writing, research collaboration 🏆 Code … Read more
Click the blue text above to follow us Author’s Note 🔊 Author Introduction: 985 graduate student, researcher in the field of MATLAB; 🚅SeatRightInscription:Those who travel a hundred miles are half of those who travel ninety. ✅Research Scope: Complete Code, Paper Reproduction, Program Customization, Journal Writing, Research Collaboration 🏆CodeAcquisitionMethod:Method to Obtain MATLAB Poseidon Code For more … Read more
![Human Positioning Based on Point Cloud in MATLAB [Includes MATLAB Source Code]](https://boardor.com/wp-content/uploads/2025/11/c23df79e-4225-405c-a6bb-d41a27b71044.jpg)
Click the blue text above to follow us Message from the author 🔊Author Introduction: Graduate from a 985 university, researcher and developer in the field of MATLAB; 🚅SeatRightInscription:WalkHundredsof milesishalfofninetyandten. ✅Research Areas: Complete Code, Paper Reproduction, Program Customization, Journal Writing, Research Collaboration 🏆CodeAcquisitionMethod:Method to Obtain MATLAB Poseidon Code For more MATLAB signal processing simulation content, click … Read more
When Velodyne’s LiDAR made its debut at the 2007 DARPA Grand Challenge, it not only opened a new chapter in autonomous driving but also revealed a transformation in sensor data processing paradigms. Within the complex internal world of LiDAR, FPGA (Field-Programmable Gate Array) has quietly replaced traditional CPUs as the main control unit, becoming the … Read more
1. Background of the Event Recently, a team from Cornell University published a groundbreaking achievement in Nature Electronics – the “Microwave Brain” chip. This chip is the first to combine microwave signal processing with neural network inference, achieving information computation through physical interference. Under a power consumption of less than 200mW, the experimental accuracy exceeds … Read more
01 Basics of Analog Circuits 1.1 Basic Components (Characteristics, Applications, Selection): Resistors: Voltage division, current limiting, pull-up/pull-down, impedance matching. Understand Ohm’s law, power calculation, packaging and power relationship. Reading color-coded resistors. Capacitors: AC coupling, filtering (decoupling/bypass), energy storage, timing. Understand capacitive reactance, charging and discharging processes, ESR, dielectric types (ceramic, electrolytic, tantalum capacitors) and application … Read more
With the development of smart cockpits, voice has become an important entry point for in-car interaction. Traditional microphones arranged in the ceiling or center console perform adequately in static environments, but in scenarios such as high-speed driving, open windows, or convertibles, wind noise, road noise, and in-car voices can reduce recognition rates. This long-standing issue … Read more
Conventions Used in This Book:TypographyThe following typographical conventions are used in this book:ItalicIndicates new terms, URLs, filenames, and file extensions.Constant widthUsed for program listings, as well as within paragraphs to refer to program elements such as variable or function names, data types, and keywords.This book uses the following formatting conventions:TypographyThe following typographical conventions are used … Read more
![[Translation] Texas Instruments Millimeter Wave Radar SAR Imaging Tutorial](https://boardor.com/wp-content/uploads/2025/11/7388465b-741f-499c-9246-e8b299a2f931.jpg)
This translation is based on the original document released on August 13, 2018, by the University of Texas at Dallas, titled “SAR IMAGING TUTORIAL” (Synthetic Aperture Radar Imaging Tutorial), authored by Muhammet Emin Yanik and Professor Murat Torlak. Thanks to those who laid the groundwork, the author only translates for learning purposes. Table of Contents … Read more
The ultrasonic testing instrument is an industrial non-destructive testing device that can quickly and conveniently detect, locate, evaluate, and diagnose various internal defects (such as welds, cracks, inclusions, folds, pores, and sand holes) in workpieces without causing damage. It can be used in laboratories as well as in engineering sites. It is widely applied in … Read more