BibSLEIGH — Sunil_P

Travelled to:

3 × France
5 × Germany
8 × USA

Collaborated with:

N.Jayakumar R.Garg C.Duan A.Mandal B.J.LaMeres P.K.Lin R.N.Mahapatra C.Nagpal R.Kumar K.Gulati V.H.C.Calle N.Saluja R.K.Brayton A.L.Sangiovanni-Vincentelli K.C.Bollapalli L.B.Kish C.Zhu G.Mallarapu S.Dhar G.Choi B.Gamache A.Mehrotra R.H.J.M.Otten A.Narayan S.C.Krishnan K.L.McMillan G.D.Hachtel F.Somenzi A.Aziz S.Cheng S.A.Edwards Y.Kukimoto A.Pardo S.Qadeer R.K.Ranjan S.Sarwary T.R.Shiple G.Swamy T.Villa

Talks about:

design (7) chip (6) base (5) approach (4) use (4) transmiss (3) crosstalk (3) logic (3) digit (3) subthreshold (2)

Person: Sunil P. Khatri

DBLP: Khatri:Sunil_P=

Contributed to:

2013

2012

2010

2008

2007

2006

2005

2004

1999

1996

Wrote 25 papers:

DATE-2013-KumarK #3d: Crosstalk avoidance codes for 3D VLSI (RK, SPK), pp. 1673–1678.
DATE-2013-MandalKM: Exploring topologies for source-synchronous ring-based network-on-chip (AM, SPK, RNM), pp. 1026–1031.
DAC-2012-LinK #comprehension #logic #search-based #synthesis: Application of logic synthesis to the understanding and cure of genetic diseases (PCKL, SPK), pp. 734–740.
DAC-2012-LinMK #logic #satisfiability #using: Boolean satisfiability using noise based logic (PCKL, AM, SPK), pp. 1260–1261.
DATE-2012-MandalKM #design #performance: A fast, source-synchronous ring-based network-on-chip design (AM, SPK, RNM), pp. 1489–1494.
DATE-2010-BollapalliKK #implementation #logic: Implementing digital logic with sinusoidal supplies (KCB, SPK, LBK), pp. 315–318.
DAC-2008-DuanZK #design: Forbidden transition free crosstalk avoidance CODEC design (CD, CZ, SPK), pp. 986–991.
DAC-2008-GargNK #design #performance: A fast, analytical estimator for the SEU-induced pulse width in combinational designs (RG, CN, SPK), pp. 918–923.
DAC-2008-GulatiK #fault #simulation #towards #using: Towards acceleration of fault simulation using graphics processing units (KG, SPK), pp. 822–827.
DATE-2008-CorderoK #using: Clock Distribution Scheme using Coplanar Transmission Lines (VHCC, SPK), pp. 985–990.
DATE-2008-DuanK #energy #performance: Energy Efficient and High Speed On-Chip Ternary Bus (CD, SPK), pp. 515–518.
DATE-2008-GargMK: A Single-supply True Voltage Level Shifter (RG, GM, SPK), pp. 979–984.
DATE-2008-NagpalGK #approach #design #using: A Delay-efficient Radiation-hard Digital Design Approach Using CWSP Elements (CN, RG, SPK), pp. 354–359.
DATE-2007-JayakumarK #algorithm: An algorithm to minimize leakage through simultaneous input vector control and circuit modification (NJ, SPK), pp. 618–623.
DAC-2006-GargJKC #approach #design: A design approach for radiation-hard digital electronics (RG, NJ, SPK, GC), pp. 773–778.
DAC-2006-JayakumarGGK #approach #design: A PLA based asynchronous micropipelining approach for subthreshold circuit design (NJ, RG, BG, SPK), pp. 419–424.
DATE-2006-LaMeresK #encoding #induction: Bus stuttering: an encoding technique to reduce inductive noise in off-chip data transmission (BJL, SPK), pp. 522–527.
DAC-2005-JayakumarDK #monitoring #self: A self-adjusting scheme to determine the optimum RBB by monitoring leakage currents (NJ, SD, SPK), pp. 43–46.
DAC-2005-JayakumarK #approach #design: A variation tolerant subthreshold design approach (NJ, SPK), pp. 716–719.
DATE-2005-LaMeresK #encoding #induction: Encoding-Based Minimization of Inductive Cross-Talk for Off-Chip Data Transmission (BJL, SPK), pp. 1318–1323.
DAC-2004-SalujaK #algorithm #approximate #robust: A robust algorithm for approximate compatible observability don’t care (CODC) computation (NS, SPK), pp. 422–427.
DATE-v2-2004-DuanK: Exploiting Crosstalk to Speed up On-Chip Buse (CD, SPK), pp. 778–783.
DAC-1999-KhatriMBOS #layout #novel: A Novel VLSI Layout Fabric for Deep Sub-Micron Applications (SPK, AM, RKB, RHJMO, ALSV), pp. 491–496.
CAV-1996-BraytonHSSACEKKPQRSSSV #named #synthesis #verification: VIS: A System for Verification and Synthesis (RKB, GDH, ALSV, FS, AA, STC, SAE, SPK, YK, AP, SQ, RKR, SS, TRS, GS, TV), pp. 428–432.
DAC-1996-KhatriNKMBS #automaton #nondeterminism: Engineering Change in a Non-Deterministic FSM Setting (SPK, AN, SCK, KLM, RKB, ALSV), pp. 451–456.