Travelled to:
1 × Brazil
Collaborated with:
C.Blondia G.Deconinck R.Lauwereins H.Sun N.Gui M.Truyens W.Rosseel M.Leeman M.Leeman S.Graeber R.Belmans O.Botti F.Cassinari S.Donatelli A.Bobbio A.Klein H.Kufner E.M.Thurner E.Verhulst
Talks about:
fault (5) softwar (4) toler (4) implement (3) parallel (3) embed (3) approach (2) program (2) applic (2) tool (2)
Person: Vincenzo De Florio
DBLP: Florio:Vincenzo_De
Contributed to:
Wrote 10 papers:
- PDP-2012-FlorioB #algorithm #product line #robust
- Robust and Tuneable Family of Gossiping Algorithms (VDF, CB), pp. 154–161.
- PDP-2008-SunFGB #community #towards
- Towards Building Virtual Community for Ambient Assisted Living (HS, VDF, NG, CB), pp. 556–561.
- SAC-2008-GuiFSB #component #configuration management #embedded #hybrid #realtime
- A hybrid real-time component model for reconfigurable embedded systems (NG, VDF, HS, CB), pp. 1590–1596.
- PDP-2007-FlorioB #detection #protocol
- A Tool for the Expression of Failure Detection Protocols (VDF, CB), pp. 199–204.
- PDP-2003-LeemanLFD #flexibility #library #parallel #source code
- A Flexible Library for Dependable Master-Worker Parallel Programs (ML, ML, VDF, GD), pp. 299–307.
- PDP-2001-FlorioDL #approach #fault tolerance
- The Recovery Language Approach for Software-Implemented Fault Tolerance (VDF, GD, RL), p. 418–?.
- PDP-2001-FlorioDLG #design #implementation
- Design and Implementation of a Data Stabilizing Software Tool (VDF, GD, RL, SG), pp. 50–56.
- PDP-2000-BottiFDLCDBKKTV #approach #fault tolerance #reuse
- The TIRAN approach to reusing software implemented fault tolerance (OB, VDF, GD, RL, FC, SD, AB, AK, HK, EMT, EV), pp. 325–332.
- PDP-1999-DeconinckTFRLB #embedded #fault tolerance #framework #parallel
- A framework backbone for software fault tolerance in embedded parallel applications (GD, MT, VDF, WR, RL, RB), pp. 189–195.
- PDP-1998-FlorioDTRL #distributed #embedded #fault tolerance #hypermedia #injection #monitoring #parallel #source code
- A hypermedia distributed application for monitoring and fault-injection in embedded fault-tolerant parallel programs (VDF, GD, MT, WR, RL), pp. 349–355.