Скачать или смотреть CG2271 Lecture10 - Priority-Inversion, Events, Flags and Message Queues

In this lesson, we first discuss the concept of Priority Inversion and why it can greatly impact the real-time response of high-priority threads.

We then move on to Events and Flags which provide us with a way of synchronizing the execution and flow of tasks.

Finally, we look at Message Queues which allow both Synchronization and Data Transfer to happen in parallel.

Welcome to our comprehensive video series on Real-Time Operating Systems (RTOS) for ARM microcontrollers! This series is designed for engineers, students, and developers looking to master RTOS concepts, with a focus on ARM Cortex-based microcontrollers. Each video covers crucial topics ranging from architecture design to advanced RTOS features like multi-threading, semaphores, and message queues.

In this series, we’ll dive into the following key topics:

RTOS architecture design: Learn how to structure real-time systems for performance and efficiency.
Input/Output operations: Explore how to manage I/O effectively in RTOS-based systems.
Interrupt handling: Understand how to implement and manage interrupts in real-time applications.
Timers and Pulse-Width Modulation (PWM): Master the use of timers and PWM for precise control.
Serial communication protocols: Work with UART, I2C, and SPI to implement robust communication between devices.
RTX RTOS: Explore the widely-used Keil RTX RTOS for ARM-based microcontrollers and learn how to utilize its core features.
Multi-threading: Learn how to implement and manage multiple threads efficiently in RTOS.
Mutex and semaphores: Ensure thread synchronization and safe resource sharing using mutexes and semaphores.
Message queues and mailbox: Understand inter-process communication with message queues and mailboxes.
Events and flags: Manage event-driven programming using event flags.
Virtual memory management: Learn how to handle virtual memory in RTOS systems for complex applications.
Our in-depth tutorials and practical examples will give you the knowledge you need to design, develop, and optimize real-time systems using ARM microcontrollers.

Why Watch This Series? This series is ideal for developers, embedded system engineers, and students looking to build expertise in Real-Time Operating Systems and embedded development with ARM microcontrollers. We break down complex topics into simple, digestible parts, with real-world applications and coding examples.

✔️ Hands-on examples for every concept. ✔️ Step-by-step guides to building real-time systems. ✔️ Covers both beginner and advanced RTOS features. ✔️ Ideal for embedded systems courses, professionals, and enthusiasts.

Learning Objectives:

Master the fundamentals of RTOS architecture and design for embedded systems.
Implement multi-threading, interrupts, and timers in ARM Cortex MCUs.
Work with serial interfaces like UART, I2C, and SPI.
Develop real-time applications using Keil RTX RTOS.
Ensure synchronization and efficient communication with mutexes, semaphores, message queues, and mailboxes.
Explore More Embedded Systems Tutorials: Check out our channel for more tutorials on embedded systems, C/C++ programming, hardware interfacing, and ARM development tools. Don’t forget to subscribe and click the notification bell to stay updated on our latest content!

Keywords: RTOS on ARM microcontrollers, Real-time operating system tutorial, ARM Cortex RTOS, Keil RTX RTOS, ARM Cortex multi-threading, ARM microcontroller programming, ARM Cortex timers, ARM interrupts, UART, I2C, SPI, RTOS mutex, RTOS semaphores, Message queues in RTOS, Embedded systems, Virtual memory RTOS, ARM microcontroller real-time programming, ARM serial communication

Hashtags: #RTOS #ARMmicrocontroller #EmbeddedSystems #RealTimeOperatingSystem #KeilRTX #CortexMCU #ARMProgramming #MicrocontrollerProgramming #RTOSforBeginners #Multithreading #RTOSMessageQueue #ARMVirtualMemory #MicrocontrollerTutorials

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