BibSLEIGH — Miodrag

Travelled to:

2 × France
23 × USA
3 × Germany

Collaborated with:

F.Koushanfar D.Kirovski J.L.Wong S.Wei M.B.Srivastava G.Qu S.Meguerdichian W.H.Mangione-Smith I.Hong F.Dabiri S.Megerian M.Drinic S.Dey J.B.Wendt J.M.Rabaey J.Lach A.Nahapetian S.Meguerdichian K.Kim R.Karri G.Wolfe A.C.Parker ∅ T.Massey J.Kin C.Lee A.B.Kahng S.Mantik T.Xu D.Li A.Mirhoseini M.D.Ercegovac L.M.Guerra K.N.Lalgudi M.C.Papaefthymiou Y.G.DeCastelo-Vide-e-Souza A.Chandrakasan I.L.Markov P.Tucker H.Wang N.A.Conos M.Rostami K.Li M.Rofouei M.A.Ghodrat A.Martinez-Nova M.Nelson A.Vahdatpour M.Sarrafzadeh Y.Alkabani J.Feng D.T.Liu N.Kawabe K.Usami S.T.Chakradhar S.G.Rothweiler Z.Iqbal W.Liao F.Li L.He A.Mogre D.Petranovic S.Fazzari C.McCants W.Bryson M.Sale P.Song Y.Chen J.Cong H.Huang B.Liu C.Liu G.Reinman A.E.Caldwell H.Choi

Talks about:

optim (14) use (13) techniqu (12) base (12) system (9) synthesi (8) design (8) level (8) watermark (7) applic (7)

Person: Miodrag Potkonjak

DBLP: Potkonjak:Miodrag

Contributed to:

2015

2014

2013

2012

2011

2010

2009

2008

2007

2005

2003

2002

2001

2000

1999

1998

1997

1996

1995

1994

1993

1989

Wrote 64 papers:

DAC-2015-XuLP #adaptation #modelling #physics #statistics #using: Adaptive characterization and emulation of delay-based physical unclonable functions using statistical models (TX, DL, MP), p. 6.
DAC-2014-WeiWNP #physics #reverse engineering #using: Reverse Engineering and Prevention Techniques for Physical Unclonable Functions Using Side Channels (SW, JBW, AN, MP), p. 6.
DAC-2014-WendtKP #identification: Techniques for Foundry Identification (JBW, FK, MP), p. 6.
DATE-2014-ConosMDP #coordination #energy #power management #using: Provably minimal energy using coordinated DVS and power gating (NAC, SM, FD, MP), pp. 1–6.
DATE-2014-RostamiWPK #challenge #roadmap #security: Quo vadis, PUF?: Trends and challenges of emerging physical-disorder based security (MR, JBW, MP, FK), pp. 1–6.
DAC-2013-WeiP #detection #hardware: The undetectable and unprovable hardware trojan horse (SW, MP), p. 2.
DAC-2012-KoushanfarFMBSSP #question: Can EDA combat the rise of electronic counterfeiting? (FK, SF, CM, WB, MS, PS, MP), pp. 133–138.
DAC-2012-MirhoseiniPK #energy #memory management: Coding-based energy minimization for phase change memory (AM, MP, FK), pp. 68–76.
DAC-2012-WeiLKP #benchmark #hardware #metric: Hardware Trojan horse benchmark via optimal creation and placement of malicious circuitry (SW, KL, FK, MP), pp. 90–95.
DATE-2012-ChenCHLLPR #configuration management #design #energy #hybrid: Dynamically reconfigurable hybrid cache: An energy-efficient last-level cache design (YTC, JC, HH, BL, CL, MP, GR), pp. 45–50.
DATE-2012-RofoueiGPM #energy #optimisation: Optimization intensive energy harvesting (MR, MAG, MP, AMN), pp. 272–275.
DAC-2011-MeguerdichianP: Device aging-based physically unclonable functions (SM, MP), pp. 288–289.
DAC-2011-PotkonjakMNW #architecture #difference: Differential public physically unclonable functions: architecture and applications (MP, SM, AN, SW), pp. 242–247.
DAC-2011-WeiP #security #using: Integrated circuit security techniques using variable supply voltage (SW, MP), pp. 248–253.
DAC-2010-Potkonjak #synthesis #tool support #using: Synthesis of trustable ICs using untrusted CAD tools (MP), pp. 633–634.
DAC-2010-WeiMP #hardware #security: Gate-level characterization: foundations and hardware security applications (SW, SM, MP), pp. 222–227.
DAC-2009-PotkonjakNNM #detection #hardware #using: Hardware Trojan horse detection using gate-level characterization (MP, AN, MN, TM), pp. 688–693.
DATE-2009-DabiriP #hardware: Hardware aging-based software metering (FD, MP), pp. 460–465.
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.
DAC-2008-AlkabaniMKP #variability: Input vector control for post-silicon leakage current minimization in the presence of manufacturing variability (YA, TM, FK, MP), pp. 606–609.
DAC-2008-PotkonjakK #behaviour: (Bio)-behavioral CAD (MP, FK), pp. 351–352.
DAC-2007-KoushanfarP #encryption #security: CAD-based Security, Cryptography, and Digital Rights Management (FK, MP), pp. 268–269.
DAC-2005-WongKP #flexibility #multi: Flexible ASIC: shared masking for multiple media processors (JLW, FK, MP), pp. 909–914.
DATE-2005-WongLLHP #realtime #scheduling: Scheduling of Soft Real-Time Systems for Context-Aware Applications (JLW, WL, FL, LH, MP), pp. 318–323.
DAC-2003-WongMP #case study #design: Design techniques for sensor appliances: foundations and light compass case study (JLW, SM, MP), pp. 66–71.
ASPLOS-2002-KirovskiDP: Enabling trusted software integrity (DK, MD, MP), pp. 108–120.
DAC-2002-KoushanfarWFP: ILP-based engineering change (FK, JLW, JF, MP), pp. 910–915.
DAC-2002-MegerianDP #integer #linear #programming: Watermarking integer linear programming solutions (SM, MD, MP), pp. 8–13.
DAC-2002-WongMP #concept #synthesis: Forward-looking objective functions: concept & applications in high level synthesis (JLW, SM, MP), pp. 904–909.
DAC-2001-KirovskiDP #design: Hypermedia-Aided Design (DK, MD, MP), pp. 407–412.
DAC-2001-MeguerdichianKMPP #design #named #optimisation: MetaCores: Design and Optimization Techniques (SM, FK, AM, DP, MP), pp. 585–590.
DAC-2001-WolfeWP #clustering #graph: Watermarking Graph Partitioning Solutions (GW, JLW, MP), pp. 486–489.
DAC-2000-KirovskiLWP #forensics #tool support: Forensic engineering techniques for VLSI CAD tools (DK, DTL, JLW, MP), pp. 581–586.
DAC-2000-LachMP #debugging #detection #fault #locality #performance: Efficient error detection, localization, and correction for FPGA-based debugging (JL, WHMS, MP), pp. 207–212.
DAC-2000-MeguerdichianP: Watermarking while preserving the critical path (SM, MP), pp. 108–111.
DAC-2000-QuKUP #estimation: Function-level power estimation methodology for microprocessors (GQ, NK, KU, MP), pp. 810–813.
DAC-2000-QuP #constraints #using: Fingerprinting intellectual property using constraint-addition (GQ, MP), pp. 587–592.
DAC-1999-CaldwellCKMPQW #design #effectiveness: Effective Iterative Techniques for Fingerprinting Design IP (AEC, HJC, ABK, SM, MP, GQ, JLW), pp. 843–848.
DAC-1999-ErcegovacKP #behaviour #multi #optimisation #power management #precise #synthesis #using: Low-Power Behavioral Synthesis Optimization Using Multiple Precision Arithmetic (MDE, DK, MP), pp. 568–573.
DAC-1999-HongP #behaviour #synthesis: Behavioral Synthesis Techniques for Intellectual Property Protection (IH, MP), pp. 849–854.
DAC-1999-KinLMP #design #performance: Power Efficient Mediaprocessors: Design Space Exploration (JK, CL, WHMS, MP), pp. 321–326.
DAC-1999-KirovskiP #behaviour #synthesis: Engineering Change: Methodology and Applications to Behavioral and System Synthesis (DK, MP), pp. 604–609.
DAC-1999-LachMP #multi #robust: Robust FPGA Intellectual Property Protection Through Multiple Small Watermarks (JL, WHMS, MP), pp. 831–836.
DAC-1999-QuWP #problem: Optimization-Intensive Watermarking Techniques for Decision Problems (GQ, JLW, MP), pp. 33–36.
DAC-1998-GuerraPR #behaviour #optimisation: A Methodology for Guided Behavioral-Level Optimization (LMG, MP, JMR), pp. 309–314.
DAC-1998-HongKQPS #optimisation: Power Optimization of Variable Voltage Core-Based Systems (IH, DK, GQ, MP, MBS), pp. 176–181.
DAC-1998-KahngLMMMPTWW: Watermarking Techniques for Intellectual Property Protection (ABK, JL, WHMS, SM, ILM, MP, PT, HW, GW), pp. 776–781.
DAC-1998-KahngMMPTWW #design #physics #robust: Robust IP Watermarking Methodologies for Physical Design (ABK, SM, ILM, MP, PT, HW, GW), pp. 782–787.
DAC-1998-KirovskiP #graph #performance #scalability: Efficient Coloring of a Large Spectrum of Graphs (DK, MP), pp. 427–432.
DAC-1998-LeeKPM #architecture #multi #programmable: Media Architecture: General Purpose vs. Multiple Application-Specific Programmable Processor (CL, JK, MP, WHMS), pp. 321–326.
DAC-1997-HongKP #statistics: Potential-Driven Statistical Ordering of Transformations (IH, DK, MP), pp. 347–352.
DAC-1997-KimKP #programmable #synthesis: Synthesis of Application Specific Programmable Processors (KK, RK, MP), pp. 353–358.
DAC-1997-KirovskiP #power management #realtime #synthesis: System-Level Synthesis of Low-Power Hard Real-Time Systems (DK, MP), pp. 697–702.
DAC-1997-PotkonjakKK #behaviour #case study #design: Methodology for Behavioral Synthesis-Based Algorithm-Level Design Space Exploration: DCT Case Study (MP, KK, RK), pp. 252–257.
DAC-1996-LalgudiPP #effectiveness #optimisation #problem: Optimizing Systems for Effective Block-Processing: The k-Delay Problem (KNL, MCP, MP), pp. 714–719.
DAC-1996-SrivastavaP #approach #implementation #linear #optimisation #programmable: Power Optimization in Programmable Processors and ASIC Implementations of Linear Systems: Transformation-based Approach (MBS, MP), pp. 343–348.
DAC-1995-DeCastelo-Vide-e-SouzaPP #algorithm #approach #architecture #optimisation #throughput #using: Optimal ILP-Based Approach for Throughput Optimization Using Simultaneous Algorithm/Architecture Matching and Retiming (YGDVeS, MP, ACP), pp. 113–118.
DAC-1995-PotkonjakS #constraints #named: Rephasing: A Transformation Technique for the Manipulation of Timing Constraints (MP, MBS), pp. 107–112.
DAC-1994-PotkonjakD #optimisation #resource management #testing #using: Optimizing Resource Utilization and Testability Using Hot Potato Techniques (MP, SD), pp. 201–205.
DAC-1994-PotkonjakSC #constant #multi #performance #using: Efficient Substitution of Multiple Constant Multiplications by Shifts and Additions Using Iterative Pairwise Matching (MP, MBS, AC), pp. 189–194.
EDAC-1994-SrivastavaP #latency #linear #optimisation: Transforming Linear Systems for Joint Latency and Throughout Optimization (MBS, MP), pp. 267–271.
DAC-1993-ChakradharDPR #optimisation #using: Sequential Circuit Delay optimization Using Global Path Delays (STC, SD, MP, SGR), pp. 483–489.
DAC-1993-IqbalPDP #algebra #using: Critical Path Minimization Using Retiming and Algebraic Speed-Up (ZI, MP, SD, ACP), pp. 573–577.
DAC-1989-PotkonjackR #algorithm #graph #resource management #scheduling: A Scheduling and Resource Allocation Algorithm for Hierarchical Signal Flow Graphs (MP, JMR), pp. 7–12.