Fences are Memory Barriers - ModernesCpp.com
atomic_thread_fence
Shared Memory Remote Procedure Calls
![05. 멀티쓰레드] 멀티쓰레드 4 (메모리 일관성 문제(Out-Of-Order) - atomic_thread_fence)](https://img1.daumcdn.net/thumb/C176x176/?fname=https://blog.kakaocdn.net/dn/r2sea/btqDUTjhpgo/PV4ICdHT7dTBHhWyV1lLIK/img.png "05. 멀티쓰레드] 멀티쓰레드 4 (메모리 일관성 문제(Out-Of-Order) - atomic_thread_fence)")
05. 멀티쓰레드] 멀티쓰레드 4 (메모리 일관성 문제(Out-Of-Order) - atomic_thread_fence)
c++11 - Why is atomic_thread_fence(memory_order_seq_cst) needed in a lock-free queue that already uses seq_cst CAS? - Stack Overflow
Understanding Memory-Barrier with MySQL EventMutex – MySQL On ARM – All you need to know about MySQL (and its variants) on ARM.
Chapter 5. The C++ memory model and operations on atomic types - C++ Concurrency in Action: Practical Multithreading
请教一下戈神，CheckEOFInternal中的atomic_thread_fence的作用是什么？ · Issue #914 · apache/brpc · GitHub
c++ - What is the difference between using explicit fences and std::atomic? - Stack Overflow
Odd Concepts Memes — Who needs std::atomic_thread_fence anyway? Oh...
Fences are Memory Barriers - ModernesCpp.com
![수까락의 프로그래밍 이야기 : [C++11] atomic](http://thumbnail.egloos.net/600x0/http://pds25.egloos.com/pds/201311/12/32/d0014632_52823af760aa4.png "수까락의 프로그래밍 이야기 : [C++11] atomic")
수까락의 프로그래밍 이야기 : [C++11] atomic
Acquire and Release Fences
⊹ mary on Twitter: "1. Fences do indeed provide more guarantees than an operation of the same memory ordering. https://t.co/DRh7JGxEVJ" / Twitter
Acquire and Release Semantics
Acquire-Release Fences - ModernesCpp.com
Acquire and Release Semantics
atomic>: Optimize atomic_thread_fence · Issue #739 · microsoft/STL · GitHub
请教一下戈神，CheckEOFInternal中的atomic_thread_fence的作用是什么？ · Issue #914 · apache/brpc · GitHub
Why is volatile not considered useful in multithreaded C or C++ programming? - Quora
What is the Memory Model in C++11_mb6066e57ad74c9的技术博客_51CTO博客
An Introduction to std::atomic<T> and the C++11 Memory Model - ppt download
Chapter 5. The C++ memory model and operations on atomic types - C++ Concurrency in Action: Practical Multithreading
Chapter 5. The C++ memory model and operations on atomic types - C++ Concurrency in Action: Practical Multithreading
Understanding Memory Barriers | Machines Can Think
A Proposal for C++ Concurrency
C++ Memory Model and Low-level Atomic Operations | Alan Tatourian
