Third Party Funds Group - Sub project
Acronym: Invasive NoCs
Start date : 01.07.2010
End date : 30.06.2018
Website: http://invasic.informatik.uni-erlangen.de/en/tp_b5_PhII.php
Investigated are invasive Networks-on-Chip (iNoCs) with the goal of increasing the predictability of the execution properties of concurrent applications. Here, the hardware support inside the iNoC for mapping actor-oriented task models to a NoC is needed. Tighter bounds for communication latency shall be feasible through novel circuit switching concepts. Additionally, other non-functional properties such as security, fault tolerance, and energy consumption will be investigated. Finally, novel NoC topologies (i.e. 3D NoCs) and cache coherence are topics of investigation.
Investigated are invasive Networks-on-Chip (iNoCs) with the goal of increasing the predictability of the execution properties of concurrent applications. Here, the hardware support inside the iNoC for mapping actor-oriented task models to a NoC is needed. Tighter bounds for communication latency shall be feasible through novel circuit switching concepts. Additionally, other non-functional properties such as security, fault tolerance, and energy consumption will be investigated. Finally, novel NoC topologies (i.e. 3D NoCs) and cache coherence are topics of investigation.