Cache is effective in bridging the gap between processor and memory speed. It is also a
source of unpredictability because of its dynamic and adaptive behavior. Worst-case …

Caches play an important role in embedded systems by bridging the performance gap
between high speed processors and slow memory. At the same time, caches introduce …

Cache is known for its unpredictability in embedded systems. Cache locking technique is
often utilized to guarantee a tighter prediction of Worst-Case Execution Time (WCET) which …

Code positioning is a well-known compiler optimization aiming at the improvement of the
instruction cache behavior. A contiguous map** of code fragments in memory avoids …

Most recent embedded systems use caches to improve their average performance. Current
timing analyses are able to compute safe timing guarantees for these systems, if tasks are …

In a multi-task embedded system, a cache is shared by different tasks, which increases the
complexity of cache management and the unpredictability of cache behavior. This …

There is an increasing interest in explicitly managed memory hierarchies, where a hierarchy
of distinct memories is exposed to the programmer and managed explicitly in software …

Cache is effective in bridging the gap between processor and memory speed. It is also a
source of unpredictability because of its dynamic and adaptive behavior. A lot of modern …