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memory-barriers
09-15
Blockchain
Do I need to use smp_mb() after binding the CPU
09-05
Mobile
Java volatile memory ordering and its compilation on x86-64
08-28
OS
Why can relaxed operation be reordered? Doesn't program order imply happens-before?
08-26
Enterprise
C : std::memory_order in std::atomic_flag::test_and_set to do some work only once by a set of threa
08-12
OS
Globally Invisible load instructions
07-15
Blockchain
Multithread share 2 variable problem with nonlock
07-09
Blockchain
Atomic wait memory_order
07-05
OS
How compiler enforces C volatile in ARM assembly
05-16
Software engineering
Visible order of operations with acquire/release fence in C
04-04
Enterprise
What happens to outstanding stores after an object is deleted?
03-29
OS
What exactly is Synchronize-With relationship?
03-29
Blockchain
Unsafe: storeFence() & loadFence() vs volatile
03-28
OS
What exactly is the problem that memory barriers deal with?
03-17
Mobile
How does mixing relaxed and acquire/release accesses on the same atomic variable affect synchronises
03-16
database
Acqrel memory order with 3 threads
02-16
Blockchain
Do I need getVolatile memory access semantics if the value is set with setVolatile?
02-16
other
C - volatile and memory barriers in lockless shared memory access?
02-11
Net
Is it safe to assume volatile semantics when reassigning a struct field with a volatile field inside
01-01
front end
Are memory orders for each atomic correct?
12-15
Blockchain
Confusion about _Lock_policy in libstdc
12-08
Blockchain
Can atomic read operations lead to deadlocks?
12-07
Software engineering
The strong-ness of x86 store instruction wrt. SC-DRF?
10-16
other
Can instructions in this example from Java Concurrency in Practice be reordered during compiler opti
10-16
other
Is this understanding correct for these code about java volatile and reordering?
10-15
Software engineering
Why does multithreaded code using CancellationTokenSource.Cancel require less anti-reordering measur
10-03
Software engineering
Do I understand the semantics of std::memory_order correctly?
10-01
Mobile
About std::memory_order, Am I understood right?
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