Travelled to:1 × Canada
1 × Korea
1 × United Kingdom
6 × USA
Collaborated with:∅ P.Druschel A.Donnelly M.Castro D.Narayanan G.O'Shea E.Thereska P.Costa R.Mortier R.Black S.Elnikety A.J.Ganesh D.S.Wallach A.Kermarrec A.Nandi A.Singh M.Costa J.Crowcroft L.Zhou L.Zhang P.Barham H.Ballani T.Karagiannis T.Talpey T.Zhu S.Balakrishnan P.England A.Glass D.Harper S.Legtchenko A.Ogus E.Peterson
Talks about:storag (4) peer (4) network (2) scale (2) load (2) end (2) architectur (1) understand (1) multicast (1) distribut (1)
Person: Antony I. T. Rowstron
DBLP: Rowstron:Antony_I=_T=
Contributed to:
2014
2013
20132008
20062005200320022001
2000
2000Wrote 11 papers:
- OSDI-2014-BalakrishnanBDEGHLOPR #named
- Pelican: A Building Block for Exascale Cold Data Storage (SB, RB, AD, PE, AG, DH, SL, AO, EP, AITR), pp. 351–365.
- HPDC-2013-CostaDOR #3d #clustering #named #network #stack
- CamCubeOS: a key-based network stack for 3D torus cluster topologies (PC, AD, GO, AITR), pp. 73–84.
- SOSP-2013-ThereskaBOKRTBZ #architecture #named
- IOFlow: a software-defined storage architecture (ET, HB, GO, TK, AITR, TT, RB, TZ), pp. 182–196.
- OSDI-2008-NarayananDTER #named #scalability
- Everest: Scaling Down Peak Loads Through I/O Off-Loading (DN, AD, ET, SE, AITR), pp. 15–28.
- VLDB-2006-NarayananDMR #query
- Delay Aware Querying with Seaweed (DN, AD, RM, AITR), pp. 727–738.
- SOSP-2005-CostaCCRZZB #internet #named
- Vigilante: end-to-end containment of internet worms (MC, JC, MC, AITR, LZ, LZ, PB), pp. 133–147.
- SOSP-2003-CastroDKNRS #multi #named
- SplitStream: high-bandwidth multicast in cooperative environments (MC, PD, AMK, AN, AITR, AS), pp. 298–313.
- OSDI-2002-CastroDGRW #network #peer-to-peer
- Secure Routing for Structured Peer-to-Peer Overlay Networks (MC, PD, AJG, AITR, DSW), pp. 299–314.
- SOSP-2001-RowstronD #peer-to-peer #persistent #scalability
- Storage Management and Caching in PAST, A Large-scale, Persistent Peer-to-peer Storage Utility (AITR, PD), pp. 188–201.
- PDP-2000-Rowstron #distributed #fault tolerance #memory management #using
- Using agent wills to provide fault-tolerance in distributed shared memory systems (AITR), pp. 317–324.
- SAC-2000-Rowstron #comprehension #optimisation
- Optimising the Linda in Primitive: Understanding Tuple-Space Run-times (AITR), pp. 227–232.