Run-time resource management in fault-tolerant network on reconfigurable chips

Abstract

This paper investigates the challenges of run-time resource management in future coarse-grained network-on-reconfigurable-chips (NoRCs). Run-time reconfiguration is a key feature expected in future processing systems which must support multiple applications whose processing requirements are not known at design time. This paper investigates a stochastic routing algorithm in a NoC-based system with dynamically reconfigurable tiles, able to cope with the dynamic behaviour of run-time task mapping. Experimental results show the efficiency of the proposed stochastic task mapping.This paper investigates the challenges of run-time resource management in future coarse-grained network-on-reconfigurable-chips (NoRCs). Run-time reconfiguration is a key feature expected in future processing systems which must support multiple applications whose processing requirements are not known at design time. This paper investigates a stochastic routing algorithm in a NoC-based system with dynamically reconfigurable tiles, able to cope with the dynamic behaviour of run-time task mapping. Experimental results show the efficiency of the proposed stochastic task mapping