I\'m attempting to write a program in which children processes communicate with each other on Linux. These processes are all created from the same program and as such they share code.
I am learning parallel programming by myself. I wonder if distributed memory is always multiprocess and multithread is always shared memory? if multiprocess can be both for distributed memory and for
Obviously, atomic operations make sure that different threads don\'t clobber a value. But is this still true across processes, when using shared memory? Even if the processes happen to be scheduled by
I have a Linux System V IPC shared memory segment that is populated by one process and read by many others.All the processes use interface to the shared memory segment in the form of a class which tak
I want parallelize a program. It\'s not that difficult with threads working on one big data-structure in shared memory.
I want to read status information that an application provides via shared memory. I want to use C++ in order to read the content of that named shared memory and then call it with pinvoke from a C#-cla
I am using shared memory for transferring data between two process, using boost::interprocess::managed_shared_memory to allocate a vector as buffer and atomic variables for enforcing memory synchroniz
I’m experimenting with shmop, but the online documentation and other examples are a bit thin on explanation.
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