Modern and future many-core systems represent complex architectures. The communication
fabrics of these large systems heavily influence their performance and power consumption …

Today's multiprocessor platforms employ the network-on-chip (NoC) architecture as the
preferable communication backbone. Conventional NoCs are designed predominantly for …

Networks-on-Chip (NoCs) are currently the paradigm of choice to interconnect the cores of a
chip multiprocessor. However, conventional NoCs may not suffice to fulfill the on-chip …

Networks-on-chip (NoCs) are emerging as the way to interconnect the processing cores and
the memory within a chip multiprocessor. As recent years have seen a significant increase in …

Heterogeneous System Architectures (HSA) that integrate cores of different architectures
(CPU, GPU, etc.) on single chip are gaining significance for many class of applications to …

The scalability of Network-on-Chip (NoC) designs has become a rising concern as we enter
the many core era. Multicast support represents a particular yet relevant case within this …

Multicast communication (one-to-many) is common in parallel architectures and emerging
areas, such as neuromorphic computing. However, there is very limited research in …

The network on chip (NoC) used in the AI chip is required to be able to deliver data to
multiple destination endpoints simultaneously. The existing solutions, such as hierarchial …

The academia and industry have been pursuing network-on-chip (NoC) related research
since two decades ago when there was an urgency to respond to the scaling and …

Static schedules for systems can lead to an inefficient usage of the resources, because the
system's behavior cannot be adapted at runtime. To improve the runtime system …