With the increasing use of multicore CPUs in computers, programmers have to learn new techniques for parallel processing. One very promising approach is transactional memory. The primary problem for ...
Transactional memory systems represent a significant advancement in concurrent programming by allowing grouped sequences of operations to execute atomically. This paradigm reduces the complexity ...
Transactional memory systems represent a paradigm shift in concurrent programming by abstracting low-level lock management and enabling sequences of operations to be executed as atomic transactions.
At Hot Chips last week, IBM talked about BlueGene/Q, the processor powering the 20 petaflops Sequoia supercomputer. Designed for power-efficient floating point processing, the processor has one ...
The adoption of in-memory computing platforms has steadily increased over the past decade, growing in popularity as traditional disk-based databases could no longer provide the performance and ...
As companies have evolved toward digital business models and undertaken digital transformation initiatives, they have increasingly faced two challenges. First, the data they need to drive their ...
Is there someone who can give a relatively simple rundown of the new technology called "transactional memory"? Why is this kind of memory starting to pop up now (Blue Gene/Q, POWER8, Haswell,…) and ...
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