Travelled to:
1 × India
3 × USA
Collaborated with:
J.Gregorio R.Beivide L.G.Menezo J.Merino P.A.Fidalgo L.A.Amigo J.A.Gregorio J.M.Prellezo C.Izu P.G.Emma A.Buyuktosunoglu M.B.Healy K.Kailas R.Yu A.Hartstein P.Bose J.H.Moreno
Talks about:
interconnect (3) perform (3) network (3) processor (2) studi (2) simul (2) coher (2) adapt (2) multiprocessor (1) architectur (1)
Person: Valentin Puente
DBLP: Puente:Valentin
Contributed to:
Wrote 7 papers:
- HPCA-2015-MenezoPG #energy #hybrid #performance #protocol #scalability
- Flask coherence: A morphable hybrid coherence protocol to balance energy, performance and scalability (LGM, VP, JÁG), pp. 198–209.
- HPCA-2014-EmmaBHKPYHBM #3d
- 3D stacking of high-performance processors (PGE, AB, MBH, KK, VP, RY, AH, PB, JHM), pp. 500–511.
- HPCA-2010-MerinoPG #adaptation #architecture #low cost #named
- ESP-NUCA: A low-cost adaptive Non-Uniform Cache Architecture (JM, VP, JÁG), pp. 1–10.
- HPCA-2009-FidalgoVM #adaptation #multi #named #network
- MRR: Enabling fully adaptive multicast routing for CMP interconnection networks (PAF, VP, JÁG), pp. 355–366.
- PDP-2004-AmigoPG #simulation
- Simulation Methodology for Decision Support Workloads (LAA, VP, JÁG), pp. 120–125.
- PDP-2002-PuenteGB #framework #multi #named #network #performance
- SICOSYS: An Integrated Framework for studying Interconnection Network Performance in Multiprocessor Systems (VP, JAG, RB), pp. 15–22.
- PDP-2000-PuentePIGB #case study #network #simulation
- A case study of trace-driven simulation for analyzing interconnection networks: cc-NUMAs with ILP processors (VP, JMP, CI, JÁG, RB), pp. 174–180.