Travelled to:1 × Canada
1 × Turkey
1 × United Kingdom
9 × USA
Collaborated with:L.M.Grupp A.Memaripour H.Tseng M.Kamruzzaman D.M.Tullsen A.M.Caulfield J.Coburn Joseph Izraelevitz T.Bunker A.De J.Sampson G.Venkatesh S.Garcia M.B.Taylor Y.Zhang J.Yang Jian Xu 0012 Juno Kim M.Schwarz R.Gupta T.I.Mollov L.A.Eisner N.Goulding-Hotta A.Akel R.K.Gupta R.Jhala M.Mercaldi A.Petersen A.Putnam A.Schwerin M.Oskin S.J.Eggers S.Seshadri M.Gahagan M.S.Bhaskaran Y.Jin Y.Liu N.Goulding V.Bryksin J.Lugo-Martinez
Talks about:memori (5) fast (4) volatil (3) persist (3) flash (3) data (3) softwar (2) perform (2) generat (2) thread (2)
Person: Steven Swanson
DBLP: Swanson:Steven
Contributed to:
2015
2014
2013
2013201220112011
20112010
20102009200620192020Wrote 15 papers:
- ASPLOS-2015-ZhangYMS #memory management #named #reliability
- Mojim: A Reliable and Highly-Available Non-Volatile Memory System (YZ, JY, AM, SS), pp. 3–18.
- OSDI-2014-SeshadriGBBDJLS #named #programmable
- Willow: A User-Programmable SSD (SS, MG, MSB, TB, AD, YJ, YL, SS), pp. 67–80.
- DAC-2013-TsengGS #power management
- Underpowering NAND flash: profits and perils (HWT, LMG, SS), p. 6.
- SOSP-2013-CoburnBSGS #transaction
- From ARIES to MARS: transaction support for next-generation, solid-state drives (JC, TB, MS, RG, SS), pp. 197–212.
- ASPLOS-2012-CaulfieldMEDCS #performance
- Providing safe, user space access to fast, solid state disks (AMC, TIM, LAE, AD, JC, SS), pp. 387–400.
- ASPLOS-2011-CoburnCAGGJS #named #performance #persistent
- NV-Heaps: making persistent objects fast and safe with next-generation, non-volatile memories (JC, AMC, AA, LMG, RKG, RJ, SS), pp. 105–118.
- ASPLOS-2011-KamruzzamanST #manycore #migration #thread #using
- Inter-core prefetching for multicore processors using migrating helper threads (MK, SS, DMT), pp. 393–404.
- DAC-2011-TsengGS #comprehension #memory management
- Understanding the impact of power loss on flash memory (HWT, LMG, SS), pp. 35–40.
- HPCA-2011-SampsonVGGST #performance
- Efficient complex operators for irregular codes (JS, GV, NGH, SG, SS, MBT), pp. 491–502.
- ASPLOS-2010-VenkateshSGGBLST #energy #maturity
- Conservation cores: reducing the energy of mature computations (GV, JS, NG, SG, VB, JLM, SS, MBT), pp. 205–218.
- PLDI-2010-KamruzzamanST #concurrent #distributed #performance #thread
- Software data spreading: leveraging distributed caches to improve single thread performance (MK, SS, DMT), pp. 460–470.
- ASPLOS-2009-CaulfieldGS #clustering #data-driven #memory management #named #performance #power management #using
- Gordon: using flash memory to build fast, power-efficient clusters for data-intensive applications (AMC, LMG, SS), pp. 217–228.
- ASPLOS-2006-MercaldiSPPSOE #architecture #data flow #scheduling
- Instruction scheduling for a tiled dataflow architecture (MM, SS, AP, AP, AS, MO, SJE), pp. 141–150.
- ASPLOS-2019-XuKMS #memory management #performance #persistent
- Finding and Fixing Performance Pathologies in Persistent Memory Software Stacks (JX0, JK, AM, SS), pp. 427–439.
- ASPLOS-2020-MemaripourIS #data type #named #performance #persistent
- Pronto: Easy and Fast Persistence for Volatile Data Structures (AM, JI, SS), pp. 789–806.