Support for unified memory across CPUs and GPUs in accelerated computing systems is the final piece of a programming puzzle that we have been assembling for about ten years now. Unified memory has a ...

The program model did not really need to change at this level. Using persistent memory, what your database and/or system admin might perceive, though, is that the database operations are completing a ...

That can be a bit hard to wrap our heads around – but it ultimately means that “requiring” memory, and then running out of it, generally causes Linux to abort the program. What is the operating system ...

Persistent memory ... application and system design, providing features from fast restarts to high reliability. Storage Networking Industry Association’s (SNIA) NVM programming model (NPM ...

How does in-system programming of FLASH essentially function? On-chip FLASH memories are in vogue. At the same time, they first of all require a certain amount of rethinking by the user. To change the ...

The CPU and GPU have their own pools of memory ... system memory for their own purposes). From a software perspective, however, these are completely separate. This means that whenever a CPU ...

Write program to run in parallel ... and is still one of the best scalable memory allocators available. The details of the mechanism used on each operating system vary a bit, but the net effect ...

C++ is still way more widely used than Rust, but both are popular languages for systems programming ... and trust in that system. The government could ask for a memory safety road map as ...

The catch is that it's expensive on memory and for now only experimental. Google and Microsoft are major users of and contributors to the fast programming ... the underlying system but the pointer ...

have announced the creation of a SOT-MRAM (spin-orbit torque magnetic random-access memory) array chip, the result of a joint development program first announced in 2022. Touted as a potential ...