The following publications are possibly variants of this publication:
- Phoenix NoC: A distributed fault tolerant architectureCésar A. M. Marcon, Alexandre M. Amory, Thais Webber, Thomas Volpato, Leticia B. Poehls. iccd 2013: 7-12 [doi]
- Latency reduction of fault-tolerant NoCs by employing multiple pathsRonaldo T. P. Milfont, Rafael Goncalves Mota, João M. Ferreira, Paulo C. Cortez, César A. M. Marcon, Daniel A. B. Tavares, Jarbas A. N. Silveira. sbcci 2017: 72-78 [doi]
- An implementation of a distributed fault-tolerant mechanism for 2D mesh NoCsCésar A. M. Marcon, Alexandre M. Amory, Felipe T. Bortolon, Thais Webber, Thomas Volpato, Jader Munareto. rsp 2013: 24-29 [doi]
- Preprocessing of Scenarios for Fast and Efficient Routing Reconfiguration in Fault-Tolerant NoCsJarbas Silveira, César A. M. Marcon, Paulo Cortez, Giovanni Cordeiro Barroso, Joao Marcelo Ferreira, Rafael Mota. pdp 2015: 404-411 [doi]
- Smart Reconfiguration Approach for Fault-Tolerant NoC Based MPSoCsJarbas Silveira, Paulo Cortez 0002, Alan Cadore Pinheiro, Rafael Mota, César A. M. Marcon, Lucas Brahm, Ramon Fernandes. sbcci 2015: [doi]
- Scenario preprocessing approach for the reconfiguration of fault-tolerant NoC-based MPSoCsJarbas Silveira, César A. M. Marcon, Paulo Cortez 0002, Giovanni Cordeiro Barroso, Joao Marcelo Ferreira, Rafael Mota. mam, 40:137-153, 2016. [doi]