These examples are essentially focused on instruction recovery but the algorithms also work on data recovery or on a combination of both instruction and data recovery.
In this paper we combined two optimization methods for tuning both instruction and data cache configurations in a two-level memory hierarchy, where both levels have separate instruction and data caches.
Our experiments on a state-of-the-art VLIW processor indicate that the proposed compiler-based approaches can improve the energy-efficiency of both instruction and data caches effectively.
The same experimenter supervised data collection in both Singapore and the U.S. and great care was taken to standardize instructions and data collection procedures across the two sites.
So the same beam that powers up the drone could also transfer instructions and data.
The main computer memory, usually high-speed random-access memory (RAM), stores instructions and data.
This was accomplished by the proper sequencing of instructions and data in its reader, and the ability to reorder instructions and data gave the machine a flexibility and power that was hard to grasp.
This allows instructions and data accesses to take place at the same time.
However, since CPU accesses instructions and data in different pattern, caching these together may pollute the cache and degrade cache performance for instructions and/or data.
