David R. Kaeli Papers on DiSC'04 The CenSSIS Image Database Publications Note: Links lead to the DBLP on the Web. David R. Kaeli Morteza Fayyazi , David R. Kaeli, Zainalabedin Navabi : Dynamic Input Buffer Allocation (DIBA) for Fault Tolerant Ethernet Packet Switching. PDPTA 2003 : 819-823 Huanmei Wu , Becky Norum , Judith Newmark , Betty Salzberg , Carol M. Warner , Charles DiMarzio , David R. Kaeli: The CenSSIS Image Database. SSDBM 2003 : 117-126 Augustus K. Uht , Alireza Khalafi , David Morano , Marcos de Alba , David R. Kaeli: Realizing High IPC Using Time-Tagged Resource-Flow Computing. Euro-Par 2002 : 490-499 Alex Aletà , Josep M. Codina , F. Jesús Sánchez , Antonio González , David R. Kaeli: Exploiting Pseudo-Schedules to Guide Data Dependence Graph Partitioning. IEEE PACT 2002 : 281-290 Morteza Fayyazi , David R. Kaeli: Localized Message Passing Structure for High Speed Ethernet Packet Switching. PDPTA 2002 : 1551-1557 Haldun Hadimioglu , David R. Kaeli, Fabrizio Lombardi : Introduction to the Special Section on High Performance Memory Systems. IEEE Trans. Computers 50 (11): 1103-1104 (2001) Suleyman Sair , Guiseppe Olivadoti , David R. Kaeli, José Fridman : DSPTune: A Performance Evaluation Toolset for the SHARC Signal Processor. Annual Simulation Symposium 2000 : 51-57 Erik R. Altman , David R. Kaeli, Yaron Sheffer : Welcome to the Opportunities of Binary Translation. IEEE Computer 33 (3): 40-45 (2000) David R. Kaeli, Bruce Jacobs : Fifth Annual Workshop on Computer Education. HPCA 1999 : 320 John Kalamatianos , Alireza Khalafi , David R. Kaeli, Waleed Meleis : Analysis of Temporal-Based Program Behavior for Improved Instruction Cache Performance. IEEE Trans. Computers 48 (2): 168-175 (1999) Jason P. Casmira , John Fraser , David R. Kaeli, Waleed Meleis : Operating System Impact on Trace-Driven Simulation. Annual Simulation Symposium 1998 : 76-82 John Kalamatianos , David R. Kaeli: Temporal-Based Procedure Reordering for Improved Instruction Cache Performance. HPCA 1998 : 244-253 John Kalamatianos , David R. Kaeli: Predicting Indirect Branches via Data Compression. MICRO 1998 : 272-281 Jason P. Casmira , David P. Hunter , David R. Kaeli: Tracing and Characterization of Windows NT-based System Workloads. Digital Technical Journal 10 (1): 6-21 (1998) Stephen Strickland , Erhan Ergin , David R. Kaeli, Paul Zavracky : VLSI design in the 3rd dimension. Integration 25 (1): 1-16 (1998) Mark S. Squillante , David R. Kaeli, Himanshu Sinh : Analytic Models of Workload Behavior and Pipeline Performance. MASCOTS 1997 : 91- Amir H. Hashemi , David R. Kaeli, Brad Calder : Efficient Procedure Mapping Using Cache Line Coloring. PLDI 1997 : 171-182 David R. Kaeli: Digital Computer Architecture. The Computer Science and Engineering Handbook 1997 : 412-426 David R. Kaeli, Philip G. Emma : Improving the Accuracy of History Based Branch Prediction. IEEE Trans. Computers 46 (4): 469-472 (1997) Angela Sampogna , David R. Kaeli, Daniel Green , Michael Silva , Christopher J. Sniezek : Performance Modeling Using Object-Oriented Execution-Driven Simulation}. Annual Simulation Symposium 1996 : 183-192 Yue Liu , David R. Kaeli: Branch-Directed and Stride-Based Data Cache Prefetching. ICCD 1996 : 225-230 David R. Kaeli, O. Richard LaMaire , Peter P. Hennet , William W. White , William J. Starke : Real-Time Trace Generation. Int. Journal in Computer Simulation 6 (1): 53- (1996) David R. Kaeli: Issues in Trace-Driven Simulation. Performance/SIGMETRICS Tutorials 1993 : 224-244 David R. Kaeli, Philip G. Emma : Branch History Table Prediction of Moving Target Branches due to Subroutine Returns. ISCA 1991 : 34-42 Zoran Mijanic , David R. Kaeli: A Study of 80X86/80X87 Floating-Point Execution. SIGSMALL/PC 1991 : 28-32 David R. Kaeli: PC Workload Characterization. SIGMETRICS 1989 : 220 1 [ 24 ] 2 [ 23 ] 3 [ 19 ] 4 [ 10 ] 5 [ 13 ] [ 16 ] 6 [ 23 ] 7 [ 25 ] 8 [ 3 ] [ 8 ] 9 [ 12 ] 10 [ 22 ] [ 26 ] 11 [ 16 ] 12 [ 20 ] 13 [ 23 ] 14 [ 7 ] 15 [ 21 ] 16 [ 10 ] 17 [ 5 ] 18 [ 13 ] 19 [ 18 ] 20 [ 14 ] [ 15 ] [ 17 ] 21 [ 17 ] [ 24 ] 22 [ 5 ] 23 [ 6 ] 24 [ 21 ] 25 [ 16 ] [ 17 ] 26 [ 2 ] 27 [ 24 ] 28 [ 26 ] 29 [ 25 ] 30 [ 25 ] 31 [ 20 ] 32 [ 20 ] 33 [ 25 ] 34 [ 7 ] 35 [ 23 ] 36 [ 19 ] 37 [ 7 ] 38 [ 11 ] 39 [ 7 ] 40 [ 11 ] 41 [ 5 ] 42 [ 12 ] 43 [ 24 ] 44 [ 25 ] 45 [ 5 ] 46 [ 25 ] 47 [ 12 ] ©2004 Association for Computing Machinery