The approach introduces a control-layer to save energy on the NoC data layer through multiple Power-Aware Network Controllers (PANCs). We explore through PANCs ...

PG + DVFS: provides a holistic concept, bringing together PG and dynamic frequency scaling schemes for NoCs. [S. Friederich, M. Neber, and J. Becker, MCSOC16].

The approach introduces a control-layer to save energy on the NoC data layer through multiple Power-Aware Network Controllers (PANCs). We explore through PANCs ...

The approach introduces a control-layer to save energy on the NoC data layer through multiple Power-Aware Network Controllers (PANCs). We explore through PANCs ...

It introduces a control-layer to save power on the NoC data layer using multiple Power-Aware Traffic-Monitor (PATM) units, which apply knowledge of the global ...

The approach introduces a comprehensive framework to save energy on the NoC data layer through a control layer that contains multiple Power-Aware Network ...

Integrated Energy Control for Hard Real-Time Networks-on-Chip pp. 4-16 ... An Efficient Utilization-Based Test for Scheduling Hard Real-Time Sporadic DAG Task ...

In real network loads, most nodes consume high static power due to being idle most of the time. The components of NoC contain a switch, arbitrator, buffer, etc.

ABSTRACT. Systems on a chip (SOCs) are rapidly evolving into larger networks on a chip (NOCs). This work presents a new methodology for managing.

Sep 26, 2023 · This article considers the use of routerless networks-on-chip as an alternative on-chip interconnect for multi-processor systems requiring ...