BibSLEIGH — Majid

Travelled to:

1 × Germany
1 × Japan
12 × USA
4 × France

Collaborated with:

P.Brisk N.A.Sherwani N.D.Holmes F.Dabiri G.E.Téllez E.Bozorgzadeh R.Jafari C.Chen J.E.Crenshaw D.Chen J.D.Cho R.Kastner A.Kaplan A.Nahapetian K.Bazargan S.Ogrenci M.Wang P.Banerjee D.A.Knol A.H.Farrahi E.Frank S.Raje M.Zhang W.Xu A.A.Sawchuk A.Vahdatpour M.Potkonjak J.Macbeth B.Choi S.Ghiasi A.Takahashi P.Schaumont I.Verbauwhede K.Keutzer S.Natarajan B.Wu P.Lombardo A.Acquaviva L.Benini W.Gong X.Hao F.Brewer

Talks about:

high (5) reconfigur (4) rout (4) cell (4) placement (3) algorithm (3) synthesi (3) system (3) power (3) level (3)

Person: Majid Sarrafzadeh

DBLP: Sarrafzadeh:Majid

Contributed to:

2012

2009

2007

2006

2005

2004

2003

2002

2001

1998

1997

1996

1995

1993

1992

1991

Wrote 23 papers:

ICPR-2012-ZhangXSS #modelling #process #recognition #representation #smarttech #using: Sparse representation for motion primitive-based human activity modeling and recognition using wearable sensors (MZ, WX, AAS, MS), pp. 1807–1810.
DATE-2009-DabiriVPS #energy #realtime: Energy minimization for real-time systems with non-convex and discrete operation modes (FD, AV, MP, MS), pp. 1416–1421.
DATE-2007-NahapetianLABS #configuration management #energy #network: Dynamic reconfiguration in sensor networks with regenerative energy sources (AN, PL, AA, LB, MS), pp. 1054–1059.
DATE-2006-KastnerGHBKBS #communication #layout #optimisation #synthesis: Layout driven data communication optimization for high level synthesis (RK, WG, XH, FB, AK, PB, MS), pp. 1185–1190.
LCTES-2005-BriskMNS #taxonomy: A dictionary construction technique for code compression systems with echo instructions (PB, JM, AN, MS), pp. 105–114.
SAC-2005-JafariDBS #adaptation #fault tolerance #monitoring: Adaptive and fault tolerant medical vest for life-critical medical monitoring (RJ, FD, PB, MS), pp. 272–279.
SAC-2005-JafariDCS #network #performance: Efficient placement and routing in grid-based networks (RJ, FD, BKC, MS), pp. 899–900.
DAC-2004-BriskKS #configuration management #design #set #synthesis: Area-efficient instruction set synthesis for reconfigurable system-on-chip designs (PB, AK, MS), pp. 395–400.
DAC-2003-BozorgzadehGTS #graph #integer: Optimal integer delay budgeting on directed acyclic graphs (EB, SG, AT, MS), pp. 920–925.
DATE-2002-ChenS #scheduling #synthesis: Power-Manageable Scheduling Technique for Control Dominated High-Level Synthesis (CC, MS), pp. 1016–1020.
DAC-2001-BazarganOS #architecture #compilation #configuration management #design #physics #scheduling: Integrating Scheduling and Physical Design into a Coherent Compilation Cycle for Reconfigurable Computing Architectures (KB, SO, MS), pp. 635–640.
DAC-2001-BozorgzadehKS #flexibility: Creating and Exploiting Flexibility in Steiner Trees (EB, RK, MS), pp. 195–198.
DAC-2001-SchaumontVKS #configuration management: A Quick Safari Through the Reconfiguration Jungle (PS, IV, KK, MS), pp. 172–177.
DAC-1998-WangBS #named #semistructured data: Potential-NRG: Placement with Incomplete Data (MW, PB, MS), pp. 279–282.
DAC-1997-SarrafzadehKT #unification: Unification of Budgeting and Placement (MS, DAK, GET), pp. 758–761.
EDTC-1997-CrenshawS #estimation: Accurate high level datapath power estimation (JEC, MS), pp. 590–596.
DAC-1996-ChenS #algorithm #power management: An Exact Algorithm for Low Power Library-Specific Gate Re-Sizing (DSC, MS), pp. 783–788.
DAC-1995-FarrahiTS #memory management #segmentation: Memory Segmentation to Exploit Sleep Mode Operation (AHF, GET, MS), pp. 36–41.
DAC-1995-FrankRS #architecture: Constrained Register Allocation in Bus Architectures (EF, SR, MS), pp. 170–175.
DAC-1993-ChoS #algorithm #performance: A Nuffer Distribution Algorithm for High-Speed Clock Routing (JDC, MS), pp. 537–543.
DAC-1992-NatarajanSHS #performance: Over-the-Cell Channel Routing for High Performance Circuits (SN, NAS, NDH, MS), pp. 600–603.
DAC-1992-WuSHS: Over-the-Cell Routers for New Cell Model (BW, NAS, NDH, MS), pp. 604–607.
DAC-1991-HolmesSS #algorithm #using: New Algorithm for Over-the-Cell Channel Routing Using Vacant Terminals (NDH, NAS, MS), pp. 126–131.