Travelled to:
1 × Romania
Collaborated with:
M.Danelutto M.Aldinucci P.Kilpatrick M.Drocco M.Coppo D.D.Sensi M.Meneghin A.Secco I.Uddin G.P.Pezzi D.Buono S.Lametti M.Vanneschi P.Zuccato F.Tordini L.Anardu F.Damiani A.Troina
Talks about:
parallel (10) program (4) core (4) structur (3) pattern (3) flow (3) perspect (2) system (2) biolog (2) simul (2)
Person: Massimo Torquati
DBLP: Torquati:Massimo
Contributed to:
Wrote 12 papers:
- PDP-2015-DaneluttoST #adaptation #energy #parallel
- Energy Driven Adaptivity in Stream Parallel Computations (MD, DDS, MT), pp. 103–110.
- PDP-2015-DaneluttoTK #parallel #programming
- A Green Perspective on Structured Parallel Programming (MD, MT, PK), pp. 430–437.
- PDP-2014-DaneluttoT #parallel
- Loop Parallelism: A New Skeleton Perspective on Data Parallel Patterns (MD, MT), pp. 52–59.
- PDP-2014-SeccoUPT #message passing #parallel #runtime
- Message Passing on InfiniBand RDMA for Parallel Run-Time Supports (AS, IU, GPP, MT), pp. 130–137.
- CEFP-2013-DaneluttoT #parallel #programming
- Structured Parallel Programming with “core” FastFlow (MD, MT), pp. 29–75.
- PDP-2013-AldinucciDTCT #biology #evolution #parallel #probability
- Parallel Stochastic Simulators in System Biology: The Evolution of the Species (MA, MD, FT, MC, MT), pp. 410–419.
- PDP-2013-BuonoDLT #manycore #parallel
- Parallel Patterns for General Purpose Many-Core (DB, MD, SL, MT), pp. 131–139.
- PDP-2013-DaneluttoT #parallel #programming #set
- A RISC Building Block Set for Structured Parallel Programming (MD, MT), pp. 46–50.
- PDP-2012-AldinucciADTK #data flow #manycore #metaprogramming #parallel
- Parallel Patterns + Macro Data Flow for Multi-core Programming (MA, LA, MD, MT, PK), pp. 27–36.
- PDP-2011-AldinucciCDDTT #biology #design #multi #on the
- On Designing Multicore-Aware Simulators for Biological Systems (MA, MC, FD, MD, MT, AT), pp. 318–325.
- PDP-2010-AldinucciMT #manycore #performance
- Efficient Smith-Waterman on Multi-core with FastFlow (MA, MM, MT), pp. 195–199.
- PDP-2008-AldinucciTVZ #abstraction #clustering
- The VirtuaLinux Storage Abstraction Layer for Ef?cient Virtual Clustering (MA, MT, MV, PZ), pp. 619–627.