Linux Kernel Programming - Synchronization

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1:32:48

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1. Introduction to Synchronization

1. Synchronization.mp4

04:15

2. Critical Region and Race Condition.mp4

05:57

2. Atomic Operations

1. Atomic Operatioins.mp4

02:24

2. Atomic Operations APIs.mp4

02:54

3. Limitation of Atomic Operation.mp4

05:32

3. Concurrency

1. Concurrency.mp4

02:39

2. Cause of Concurrency.mp4

05:10

3. Deadlock.mp4

02:56

4. Spinlock

1. Spinlock.mp4

03:44

2. Spinlock APIs.mp4

02:37

3. Reader Writer Spinlock.mp4

02:21

4. Reader Writer Spinlock Continue.mp4

04:43

5. Reader Writer Spinlock APIs.mp4

03:07

5. Semaphore

1. Semaphore.mp4

03:27

2. Semaphore APIs.mp4

01:56

3. Counting Semaphore and Binary Semaphore.mp4

06:44

4. Reader Writer Semaphore.mp4

02:29

5. Semaphore Practical Write A driver using semaphore and test application.mp4

11:01

6. Mutex

1. Mutex.mp4

03:10

7. Questions

1. Wether to use Spinlock or Semaphore.mp4

03:01

2. How to Protect Data between Process and Interrupt handler.mp4

09:33

3. What data need to protect using Synchronization.mp4

03:08

Description

Synchronization in Linux kernel Programming

What You'll Learn?

Different Synchronization methods available in Linux Kernel
Which Synchronization method to use when
How To practically use synchronization in your Linux kernel derivers
Understand the synchronization facility provided by linux kernel in detail

Who is this for?

Embedded System engineers who wants to have good knowledge on how kernel manages synchronization

What You Need to Know?

Basic Linux Device Driver knowledge

More details

Description
Course Title: Linux Kernel Synchronization: Mastering Multithreading and Concurrent Programming
Course Overview: Are you ready to unlock the true potential of Linux Kernel synchronization and take your programming skills to the next level? Welcome to our comprehensive and practical course on Linux Kernel Synchronization, where we will dive deep into the world of multithreading and concurrent programming in the Linux environment. Whether you're a seasoned developer looking to enhance your skills or a beginner interested in understanding the intricacies of Linux Kernel synchronization, this course has something valuable to offer for everyone.

Topics Covered in This course

Understanding the need of synchronization in details
Critical region and race conditions
Concurrency and cause of concurrency
Atomic Operation
Limitation of Atomic operation
Spinlock
Reader Writer Spinlock
Semaphore
Reader Write Semaphore
Mutex
What data need protection in linux kernel
When to use Which synchronization
understanding Semaphores, Spinlock and mutex APIs in detail .

Practicals during this Course

Practical implementation of using Semaphore in Linux kernel Driver
Writing Device driver to use Spinlock as synchronization methods

By the end of this course, you will possess the expertise to tackle complex multithreading challenges confidently and build robust, efficient, and scalable applications in the Linux environment. So, join us on this exciting journey to becoming a Linux Kernel synchronization expert. Enroll now and unlock the potential of Linux multithreading!
Who this course is for:
Embedded System engineers who wants to have good knowledge on how kernel manages synchronization

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Hi Guys , I have more than 10 years of experience of developing Linux Kernel drivers for different peripheral like Touch Panel ,Camera Sensor , Display , Sensors and many others . I have very good experience in Linux Kernel development , ARM processors , Linux Kernel Programming . I will cover each training with practical example so that you will have very good understanding of each topics

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