Real-time systems need time-predictable platforms to allow static analysis of the worst-case
execution time (WCET). Standard multi-core processors are optimized for the average case …

Current processors provide high average-case performance, as they are optimized for
general purpose computing. However, those optimizations often lead to a high worst-case …

Current processors are optimized for average case performance, often leading to a high
worst-case execution time (WCET). Many architectural features that increase the average …

Computer architects and researchers in the real-time domain start to investigate processors
and architectures optimized for real-time systems. Optimized for real-time systems means …

Hard real‐time systems need a time‐predictable computing platform to enable static worst‐
case execution time (WCET) analysis. All performance‐enhancing features need to be …

Static cache analysis for data allocated on the heap is practically impossible for standard
data caches. We propose a distinct object cache for heap allocated data. The cache is highly …

Abstract Space systems are hard real-time systems, where the worst-case execution time
(WCET) of tasks needs to be known to prove absence of deadline misses. For simple …

Real-time systems need time-predictable platforms to enable static worst-case execution
time (WCET) analysis. Improving the processor performance with superscalar techniques …

Multi-core architectures using scratch pad memories are very attractive to execute
embedded time-critical applications, because they offer a large computational power …

To avoid data cache trashing between heap-allocated data and other data areas, a distinct
object cache has been proposed for embedded real-time Java processors. This object …