BibSLEIGH — Charles_J

Travelled to:

1 × France
17 × USA

Collaborated with:

Z.Li A.B.Kahng C.C.N.Sze A.Devgan J.Hu S.T.Quay N.Viswanathan P.Villarrubia S.Hu Y.Wei S.S.Sapatnekar G.Nam S.Yao H.Ren W.Shi J.Huang M.D.Moffitt D.A.Papa Q.Wang D.Z.Pan M.Hrkic F.Liu C.V.Kashyap T.F.Chan D.J.Huang I.L.Markov K.Yan N.Y.Zhou T.Jindal C.B.Winn C.C.N.Chu W.Liu Y.Li S.K.Karandikar L.N.Reddy A.D.Huber G.E.Téllez D.Keller

Talks about:

buffer (8) insert (5) placement (4) partit (4) design (4) time (4) driven (3) delay (3) wire (3) routabl (2)

Person: Charles J. Alpert

DBLP: Alpert:Charles_J=

Contributed to:

2013

2012

2010

2009

2008

2007

2006

2005

2004

2003

2001

1999

1998

1997

1995

1994

1993

Wrote 24 papers:

DAC-2013-LiuWSALLV #constraints #design #estimation: Routing congestion estimation with real design constraints (WHL, YW, CCNS, CJA, ZL, YLL, NV), p. 8.
DATE-2013-WeiLSHAS #design #effectiveness #named: CATALYST: planning layer directives for effective design closure (YW, ZL, CCNS, SH, CJA, SSS), pp. 1873–1878.
DAC-2012-LiANSVZ #design #physics #predict: Guiding a physical design closure system to produce easier-to-route designs with more predictable timing (ZL, CJA, GJN, CCNS, NV, NYZ), pp. 465–470.
DAC-2012-ViswanathanASLW #benchmark #contest #metric: The DAC 2012 routability-driven placement contest and benchmark suite (NV, CJA, CCNS, ZL, YW), pp. 774–782.
DAC-2012-WeiSVLARHTKS #evaluation #named: GLARE: global and local wiring aware routability evaluation (YW, CCNS, NV, ZL, CJA, LNR, ADH, GET, DK, SSS), pp. 768–773.
DAC-2010-JindalAHLNW #detection #logic: Detecting tangled logic structures in VLSI netlists (TJ, CJA, JH, ZL, GJN, CBW), pp. 603–608.
DAC-2009-HuLA #approximate #polynomial: A fully polynomial time approximation scheme for timing driven minimum cost buffer insertion (SH, ZL, CJA), pp. 424–429.
DAC-2008-MoffittPLA #optimisation: Path smoothing via discrete optimization (MDM, DAP, ZL, CJA), pp. 724–727.
DAC-2007-ViswanathanNAVRC #named #polynomial: RQL: Global Placement via Relaxed Quadratic Spreading and Linearization (NV, GJN, CJA, PV, HR, CCNC), pp. 453–458.
DAC-2006-AlpertKSW: Timing-driven Steiner trees are (practically) free (CJA, ABK, CCNS, QW), pp. 389–392.
DAC-2006-HuAHKLSS #algorithm #performance: Fast algorithms for slew constrained minimum cost buffering (SH, CJA, JH, SKK, ZL, WS, CCNS), pp. 308–313.
DAC-2005-RenPAV #migration: Diffusion-based placement migration (HR, DZP, CJA, PV), pp. 515–520.
DAC-2005-SzeAHS: Path based buffer insertion (CCNS, CJA, JH, WS), pp. 509–514.
DAC-2004-AlpertHHQ #flexibility #layout #performance #physics: Fast and flexible buffer trees that navigate the physical layout environment (CJA, MH, JH, STQ), pp. 24–29.
DAC-2003-AlpertLKD #metric #using: Delay and slew metrics using the lognormal distribution (CJA, FL, CVK, AD), pp. 382–385.
DAC-2001-AlpertHSV #resource management: A Practical Methodology for Early Buffer and Wire Resource Allocation (CJA, JH, SSS, PV), pp. 189–194.
DAC-1999-AlpertDQ: Buffer Insertion with Accurate Gate and Interconnect Delay Computation (CJA, AD, STQ), pp. 479–484.
DAC-1998-AlpertDQ #optimisation: Buffer Insertion for Noise and Delay Optimization (CJA, AD, STQ), pp. 362–367.
DAC-1997-AlpertCHMY #polynomial #revisited: Quadratic Placement Revisited (CJA, TFC, DJHH, ILM, KY), pp. 752–757.
DAC-1997-AlpertD: Wire Segmenting for Improved Buffer Insertion (CJA, AD), pp. 588–593.
DAC-1997-AlpertHK #clustering #multi: Multilevel Circuit Partitioning (CJA, JHH, ABK), pp. 530–533.
DAC-1995-AlpertY #clustering: Spectral Partitioning: The More Eigenvectors, The Better (CJA, SZY), pp. 195–200.
DAC-1994-AlpertK #clustering #multi #programming: Multi-Way Partitioning Via Spacefilling curves and Dynamic Programming (CJA, ABK), pp. 652–657.
DAC-1993-AlpertK #clustering #geometry #multi #performance: Geometric Embeddings for Faster and Better Multi-Way Netlist Partitioning (CJA, ABK), pp. 743–748.