Introduction to the Basic Simulation Environment of SoC I have written one on the forum. http://bbs.eetop.cn/thread-442797-1-1.html “How to Build the Basic Testbench for SoC Projects (My Process)”. Here, I will mention the important and changed parts. Assuming this SoC has a CPU system, memory controller, bus topology, PAD, Clock reset, and some logic functional modules. … Read more
As the design progresses and approaches the final product, the cost of correcting a design flaw becomes increasingly high. Cost of correcting design flaws at different design stages 1. Overview of Functional Verification In the field of IC design and manufacturing, the terms verification and testing refer to two different processes. Verification Confirming the correctness … Read more
1. Research and Development Background In recent years, in the military field, the application of virtual interaction technology between humans and combat environments, along with integrated systems, has greatly helped to address many practical issues in real combat training, such as high costs and environmental constraints. This has attracted the attention of military forces worldwide, … Read more
Image: An American Army esports player next to a gaming machine at Fort Knox, Kentucky. Unlike traditional computer simulations and wargaming, which largely rely on pre-set scenarios, AI-embedded simulations can autonomously generate small narratives and create numerous action plans for a given scenario. In the movie “Avengers: Infinity War” (2018), superheroes fight to save the … Read more
A virtual vehicle is a virtualization of the vehicle product development lifecycle, typically requiring system-level simulation of vehicle behavior. Virtual vehicle simulation allows automotive engineers to quickly gain insights into real-world behaviors, conduct virtual tests in various scenarios, and validate the functionality of embedded software. This approach to pre-development helps accelerate variant assessment, safely explore … Read more
Click the blue text to follow us 1. Simple Control Applications of Microcontrollers Automation, digitization, and intelligence are the trends in modern technological development, and all products and devices that require automation, digitization, and intelligence rely on microcontrollers. 1. Clock Timing (1) Clock Timing Setup Using the timer/counter of the 80C51 to achieve clock timing … Read more
The low-altitude economy is booming, and the EVTOL trend is rising. The flight control system is the core system of the aircraft, and it involves transition phases that are not present in general aircraft, posing greater safety challenges. Based on this, we take the development of fully autonomous control laws for vertical take-off and landing … Read more
Follow+Star Public Account, don’t miss wonderful content Author | strongerHuang WeChat Official Account | strongerHuang Recently, I accidentally discovered a great online simulation tool (Wokwi) that supports multiple platforms and mainstream development boards on the market, such as: STM32, ESP32, Arduino, Raspberry Pi, etc. It also supports common sensors and display devices (LCD, LED screens), … Read more
Abstract Based on the openness and ease of use of the Arduino controller of the open source control platform, an experimental teaching module with the Arduino microcontroller as the core has been added to the original electronic technology comprehensive experiment. Using the pulse width modulation technology (referred to as PWM technology) in the Arduino microcontroller, … Read more
Abstract: In response to the application demands for high-precision indoor autonomous navigation and positioning for pedestrians, a wearable human motion measurement device prototype integrating Arduino and the Xsens Awinda inertial measurement suite has been designed. This system is easy to wear and highly reliable, achieving synchronous measurement of dual-foot IMU information and foot distance, supporting … Read more