Year: 2025

NuttX-apps: Unlocking Infinite Possibilities in Embedded System Application Development

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NuttX-apps: Unlocking Infinite Possibilities in Embedded System Application Development

NuttX is a Real-Time Operating System (RTOS), and <span>apache/nuttx-apps</span> (the actual repository should be located in the <span>apache/nuttx</span> directory under <span>apps</span>, the original link may be incorrect) provides a wealth of application examples and build tools, greatly simplifying the application development process on NuttX. Next, we will introduce the features, usage, and how to extend … Read more

Successful Hosting of the Embedded System Application Development Competition at the 38th Science and Technology Culture Arts Festival

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Successful Hosting of the Embedded System Application Development Competition at the 38th Science and Technology Culture Arts Festival

Recently, the 38th Science and Technology Culture Arts Festival’s Embedded System Application Development Competition, organized by the university’s Youth League Committee and hosted by our department, successfully concluded. The competition was divided into two stages: preliminary and final. This event was organized by our department’s Internet of Things application technology program and attracted over 100 … Read more

Zero-Basis Embedded System Learning: Creating a Pelt

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Zero-Basis Embedded System Learning: Creating a Pelt

Years ago, the Fisher wrote a post on his birthday about creating an operating system called a marionette. Years have passed, and there has been no progress. There are many reasons for this, which I won’t discuss here. I just want to tell you, dear readers, that the Fisher is not someone who goes back … Read more

Pycopy: The Lightweight Version of Embedded Systems!

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Pycopy: The Lightweight Version of Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me Pycopy: The Micro Python Revolution for Embedded Systems In today’s rapidly developing Internet of Things and embedded systems landscape, Pycopy is like a refreshing breeze, bringing new programming possibilities to resource-constrained micro devices. Imagine that embedded development, which once … Read more

MicroPython: The Mini Power for Embedded Systems!

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MicroPython: The Mini Power for Embedded Systems!

MicroPython is a compact Python interpreter specifically designed for microcontrollers and embedded systems. Imagine a world of microcontrollers that once required complex C programming, now being controlled with Python, a simple and friendly language. It’s like giving engineers a VIP pass to the kingdom of smart hardware, lowering the barriers to hardware programming and allowing … Read more

MicroPython: The Mini Power of Embedded Systems!

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MicroPython: The Mini Power of Embedded Systems!

▼ Click the card below to follow me MicroPython: The Mini Power of Embedded Systems! Python is one of the most popular programming languages in the world, and MicroPython is its superhero version in the embedded field. Imagine that microcontrollers and microcontrollers, which once required complex C language programming, can now be directly controlled using … Read more

Pycopy: A Lightweight Version of Python for Embedded Systems!

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Pycopy: A Lightweight Version of Python for Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me Pycopy: Run Python on Micro Devices! Python has become a favorite in the programming world, but on resource-constrained embedded devices, traditional CPython often falls short. Today, we will discuss this lightweight implementation of Python—Pycopy, which is like a small … Read more

MicroPython: The Mini Power of Embedded Systems!

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MicroPython: The Mini Power of Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me MicroPython: The Mini Power of Embedded Systems! When it comes to embedded systems, many people think it is a complex and mysterious technical field. But if I told you that you can play with embedded systems using Python, wouldn’t … Read more

Development of the QNX800 Real-Time Embedded System

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Development of the QNX800 Real-Time Embedded System

1. Install qnx-software-center on Ubuntu 24.04.2. Use the software center to install the QNX Software Development Platform 8.0.3. Use the software center to install the QNX Momentics IDE, which is packaged in the Eclipse CDT environment.4. Navigate to ~/qnx800 in Ubuntu and run source qnxsdp-env.sh 5. Create a directory named qemu-aarch64-qnx, then run mkqnximage –type=qemu … Read more