Abstract

Research and Teaching Interests • Computer architecture and systems. Memory systems. Multi/many-core systems. Scalable, QoS-aware, latency-tolerant systems. • Computer architectures for secure and robust operating systems (OS). OS/architecture interaction. • Architectural support for safe/managed/parallel programming languages (PL) and programmer productivity. PL/architecture interaction. • Fault tolerant and bug-tolerant architectures. Dependable systems. • System-wide resource management and QoS, especially in multi-core/many-core/multithreaded systems.

Citations

14	Reusing the Results of Preexecuted Instructions in a Runahead Execution Processor,” Computer Architecture - Mutlu
12	Using the first-level caches as filters to reduce the pollution caused by speculative memory references - Mutlu, Kim, et al. - 2005
3	Performance Attacks and Fair Memory Scheduling” • University of British Columbia and - “Memory - 2008
2	A Scalable and High-Performance Scheduling Algorithm for Multiple Memory Controllers - “ATLAS - 2009
2	Execution and AVD Prediction: A Power-efficient Processing Paradigm for Tolerating Long Main Memory Latencies - “Runahead - 2007
2	Runahead Execution,” • Advanced Micro Devices - “Efficient - 2005
2	Execution,” • Advanced Micro Devices - “Runahead - 2004
2	de Informatica, Universidade Federal Rio Grande do Sul (UFRGS - Instituto - 2004
2	Execution: A Mechanism to Approximate the Performance of Large Instruction Windows - “Runahead - 2002
2	Performance Attacks: Denial of Memory Service - “Memory - 2007
2	Execution: An Alternative to Very Large Instruction Windows for Out-of-order - “Runahead - 2003
2	on the Interaction between Operating Systems and Computer Architecture (WIOSCA), held with ISCA-34 - Co-organizer - 2007
1	Manuscripts Currently Under Review 54. Chang Joo Lee, Onur Mutlu, Veynu Narasiman - Patt - 2008