Multi-core architectures are increasingly being used in real-time embedded systems. In general, such systems have more processors than the shared memory modules, potentially causing severe interference over memory accesses. This resource contention could lead to substantial variation on memory access latencies, and thus wide fluctuation in the overall system performance, which is highly undesirable especially for the time-critical applications. In this paper, we address resource contention and timing predictability for multi-core architectures with distributed memory interconnects. We focus on the locally arbitrated interconnect constructed by pipelined multiplexing stages with local arbitration, while the globally arbitrated interconnect e...
In multicore architectures, there is potential for contention between cores when accessing shared re...
There is an increasing interest among real-time systems architects for multi- and many-core accelera...
Multi-core platforms can deliver substantial computational power together with minimum costs, compac...
Multi-core architectures are increasingly being used in real-time embedded systems. In general, such...
The real-time systems community has over the years devoted considerable attention to the impact on e...
Abstract Multicore technology has the potential for drastically increasing produc-tivity of embedded...
A major challenge in multi-core real-time systems is the interference problem on the shared hardware...
With emerging many-core architectures, using on-chip shared memories is an interesting approach beca...
The real-time systems community has over the years devoted considerable attention to the impact on e...
Embedded systems are increasingly based on multi-core platforms to accommodate a growing number of a...
Multicore technology has the potential for drastically increasing productivity of embedded real-time...
Multi-core platforms are becoming primary compute platforms for real-time systems such as avionics a...
Timing matters. This is especially true for safety-critical real-time applications, since human live...
Abstract — Timing anomalies in single-core proces-sors have been theoretically explained and well un...
International audienceMulti-core systems are increasingly interesting candidates for executing paral...
In multicore architectures, there is potential for contention between cores when accessing shared re...
There is an increasing interest among real-time systems architects for multi- and many-core accelera...
Multi-core platforms can deliver substantial computational power together with minimum costs, compac...
Multi-core architectures are increasingly being used in real-time embedded systems. In general, such...
The real-time systems community has over the years devoted considerable attention to the impact on e...
Abstract Multicore technology has the potential for drastically increasing produc-tivity of embedded...
A major challenge in multi-core real-time systems is the interference problem on the shared hardware...
With emerging many-core architectures, using on-chip shared memories is an interesting approach beca...
The real-time systems community has over the years devoted considerable attention to the impact on e...
Embedded systems are increasingly based on multi-core platforms to accommodate a growing number of a...
Multicore technology has the potential for drastically increasing productivity of embedded real-time...
Multi-core platforms are becoming primary compute platforms for real-time systems such as avionics a...
Timing matters. This is especially true for safety-critical real-time applications, since human live...
Abstract — Timing anomalies in single-core proces-sors have been theoretically explained and well un...
International audienceMulti-core systems are increasingly interesting candidates for executing paral...
In multicore architectures, there is potential for contention between cores when accessing shared re...
There is an increasing interest among real-time systems architects for multi- and many-core accelera...
Multi-core platforms can deliver substantial computational power together with minimum costs, compac...