Travelled to:
1 × France
1 × Germany
6 × USA
Collaborated with:
N.D.Dutt M.Ben-Romdhane N.A.Kapadia ∅ H.Homayoun M.A.Makhzan A.V.Veidenbaum B.K.Donohoo C.Ohlsen C.Anderson E.Bozorgzadeh D.Cho I.Issenin N.Dutt Y.Paek S.Ko
Talks about:
architectur (3) communic (3) energi (3) embed (3) processor (2) synthesi (2) perform (2) improv (2) explor (2) effici (2)
Person: Sudeep Pasricha
DBLP: Pasricha:Sudeep
Contributed to:
Wrote 9 papers:
- DATE-2015-KapadiaP #adaptation #named #parallel #scheduling
- VARSHA: variation and reliability-aware application scheduling with adaptive parallelism in the dark-silicon era (NAK, SP), pp. 1060–1065.
- DAC-2012-DonohooOPA #embedded #energy #mobile
- Exploiting spatiotemporal and device contexts for energy-efficient mobile embedded systems (BKD, CO, SP, CA), pp. 1278–1283.
- DAC-2009-Pasricha #3d
- Exploring serial vertical interconnects for 3D ICs (SP), pp. 581–586.
- DAC-2008-HomayounPMV #embedded #energy #performance #scalability
- Dynamic register file resizing and frequency scaling to improve embedded processor performance and energy-delay efficiency (HH, SP, MAM, AVV), pp. 68–71.
- LCTES-2008-ChoPIDPK #array #compilation #data access #layout #optimisation
- Compiler driven data layout optimization for regular/irregular array access patterns (DC, SP, II, ND, YP, SK), pp. 41–50.
- LCTES-2008-HomayounPMV #adaptation #embedded #energy #performance
- Improving performance and reducing energy-delay with adaptive resource resizing for out-of-order embedded processors (HH, SP, MAM, AVV), pp. 71–78.
- DATE-2006-PasrichaD #architecture #communication #memory management #named
- COSMECA: application specific co-synthesis of memory and communication architectures for MPSoC (SP, NDD), pp. 700–705.
- DAC-2005-PasrichaDBB #architecture #automation #communication #synthesis
- Floorplan-aware automated synthesis of bus-based communication architectures (SP, NDD, EB, MBR), pp. 565–570.
- DAC-2004-PasrichaDB #approach #architecture #communication #modelling #performance #transaction
- Extending the transaction level modeling approach for fast communication architecture exploration (SP, NDD, MBR), pp. 113–118.