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Partitioning Strategies of Wavelength-Routed Optical Networks-on-Chip for Laser Power Minimization.

, , , , , , and . SiPhotonics@HiPEAC, page 17-24. IEEE Computer Society, (2015)

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NoC-Centric Partitionin and Reconfiguration Technology for the Efficient Sharing of General-Purose Prorammable Many-core Accelerators.. University of Ferrara, Italy, (2016)Transparent lifetime built-in self-testing of networks-on-chip through the selective non-concurrent testing of their communication channels., and . AISTECS@HiPEAC, page 12-17. ACM, (2017)Synergistic use of multiple on-chip networks for ultra-low latency and scalable distributed routing reconfiguration., , and . DATE, page 806-811. ACM, (2015)Optimizing the overhead for network-on-chip routing reconfiguration in parallel multi-core platforms., , , and . ISSoC, page 1-6. IEEE, (2013)Partitioning Strategies of Wavelength-Routed Optical Networks-on-Chip for Laser Power Minimization., , , , , , and . SiPhotonics@HiPEAC, page 17-24. IEEE Computer Society, (2015)NoC-centric partitioning and reconfiguration technologies for the efficient sharing of multi-core programmable accelerators., and . HPCS, page 643-645. IEEE, (2015)Evolutionary vs. Revolutionary Interconnect Technologies for Future Low-Power Multi-Core Systems., , , , and . AISTECS@HiPEAC, page 3:1-3:6. ACM, (2016)Populating and exploring the design space of wavelength-routed optical network-on-chip topologies by leveraging the add-drop filtering primitive., , , and . NOCS, page 1-8. IEEE, (2016)Concurrent network-on-chip lifetime testing through selective disconnection of its communication channels., and . NEWCAS, page 69-72. IEEE, (2017)Accurate Assessment of Bundled-Data Asynchronous NoCs Enabled by a Predictable and Efficient Hierarchical Synthesis Flow., , , and . ASYNC, page 10-17. IEEE Computer Society, (2017)