1 FreeRTOS Since RTOS requires a certain amount of system resources (especially RAM), only a few real-time operating systems such as μC/OS-II, embOS, salvo, and FreeRTOS can run on small RAM microcontrollers. Compared to commercial operating systems like μC/OS-II and embOS, FreeRTOS is a completely free operating system, featuring open source code, portability, scalability, and … Read more
Word Count: 5600 Content Quality Index:⭐⭐⭐⭐⭐ This article introduces 14 mainstream Real-Time Operating Systems (RTOS) that meet real-time control requirements: μClinux, μC/OS-II, eCos, FreeRTOS, mbed OS, RTX, Vxworks, QNX, NuttX, and domestic embedded operating systems including the Dujiangyan Operating System (djyos), Alios Things, Huawei LiteOS, RT-Thread, and SylixOS. Below, we introduce the features of these … Read more
Real-time operating systems (RTOS) that meet real-time control requirements are introduced below. Here are 14 mainstream RTOS: μClinux, μC/OS-II, eCos, FreeRTOS, mbed OS, RTX, Vxworks, QNX, NuttX, and domestic embedded operating systems include Dujiangyan Operating System (djyos), AliOS Things, Huawei LiteOS, RT-Thread, and SylixOS. Below are the characteristics of these fourteen embedded operating systems. 1. … Read more
Author | Vitaly Bragilevsky Translator | Liu Yameng Editor | Tina The Rust ecosystem is regularly explored through numerous developer surveys. A careful reading of these reports can provide deep insights into the community and the potential of the technology. For example, the majority of Rust developers have only recently started using the language, which … Read more
Friends who follow me may know that I previously launched a column titled “Rust Programming First Lesson” on Geek Time. The goal of this column is to help you deeply understand the Rust language system, master the essence of Rust development, and appreciate the charm of Rust’s design philosophy. For example, I will explain how … Read more
The Internet of Things (IoT) has exploded since 2014, and the landscape of major players has largely taken shape. What are the differences among the mainstream IoT platforms on the market (excluding home appliance systems)? How should product companies choose to connect?