- Steven S. Lumetta---Research Agenda Increasing hardware complexity has made application performance more difficult and more important
- Resource Provisioning for Dynamic Multi-domain WDM Networks: Effectiveness and Fairness
- Instruction Fetch Deferral using Static Slack Gregory A. Muthler David Crowe Sanjay J. Patel Steven S. Lumetta
- Performance Analysis of PCCLUMP based on SMPBus Utilization
- Scalability and Performance of CTH on the Computational Plant
- HybridOS: Runtime Support for Reconfigurable Accelerators
- Scalability Issues in Cluster Computing Operating Systems
- Performance Analysis of an Optical Switch Using Importance Sampling
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- Operating System Interfaces: Bridging the Gap Between CPU and FPGA Accelerators
- rePLay : A Hardware Framework for Dynamic Program Optimization
- Parallel Program Traces for Accurate Prediction of Proposed Cluster Performance
- S. KIM AND S. S. LUMETTA, MULTIPLE FAILURE SURVIVABILITY IN WDM MESH NETWORKS 1 Multiple Failure Survivability in WDM Mesh
- Protection with Multi-Segments (PROMISE) in Networks with Shared Risk Link Groups (SRLG)
- Efficient and Robust Congestion Estimation for Dynamic WDM Networks
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- Rigel: An Architecture and Scalable Programming Interface for a 1000-core Accelerator
- X-Codes: Theory and Applications of Unknowable Inputs
- The Performance Potential of Trace-based Dynamic Optimization Brian Fahs Aqeel Mahesri Francesco Spadini
- Towards Modeling the Performance of a Fast Connected Components Algorithm on Parallel Machines
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- Performance Characterization of a Hardware Mechanism for Dynamic Optimization
- Cluster-Based High-Performance Computing at LANL Peter Beckman Susan Coghlan Rod Oldehoeft
- Managing High Volume Astronimical Data with Heterogeneous Beowulf Clusters John Salmon, Daniel F. Savarese, and Thomas Sterling
- Using Multiple Compacted Responses to Diagnose Scan Response Errors during Testing
- Evaluation of Two BSP Libraries through Parallel Sorting on Clusters
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- Capacity versus Robustness: A Tradeoff for Link Restoration in Mesh Networks University of Illinois at Urbana-Champaign, Dept. of Electrical and Computer Engineering, Coordinated Science Laboratory
- The Second International Workshop on ClusterBased Computing WCBC 2000 May 6, 2000 Page 1 of 5
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- DIMACS Series in Discrete Mathematics and Theoretical Computer Science
- Addressing node failures in all-optical networks Sun-il Kim and Steven S. Lumetta
- Parallel FEM Simulation of Crack Propagation on the AC 3 Velocity Cluster #
- Overlapping Data Transfer With Application Execution on Clusters Karen L. Reid and Michael Stumm
- Multi-Protocol Active Messages on a Cluster of SMP's (to appear in the Proceedings of SC97)
- Decentralized Optimal Power Pricing: The Development of a Parallel Program
- An Agent-based Architecture for Tuning Parallel and Distributed Applications Performance
- Evaluation of Protection Reconfiguration for Multiple Failures in Optical Networks
- Capacity-Efficient Protection with Fast Recovery in Optically Transparent Mesh Networks
- Protection Based QoS in WDM Mesh Networks University of Illinois at Urbana-Champaign
- QoT-Guaranteed Protection: Survivability Under Physical Layer Impairments
- Minimizing Vulnerability with End-to-End Protection Schemes for Optical Networks
- Towards a Deeper Understanding of Managing Dynamic Optical Networks Under Link Failures
- Reliability Issues in an All-Optical Direct-Access Network Architecture Liuyang Li, Sun-il Kim, and Steven S. Lumetta
- Classification of Two-Link Failures for All-Optical Networks
- Summer Topicals 2000 CONTRIBUTED PAPER/CATEGORIZATION FORM
- Capacity-Efficient Restoration for Optical Networks Muriel Medard
- Reduced Flow Routing: Leveraging Residual Capacity to Reduce Blocking in GMPLS Networks
- On Resource Provisioning for Multi-Domain Networks Xiaolan J. Zhang1
- CUBA: An Architecture for Efficient CPU/Co-processor Data Communication
- Characterization of Essential Dynamic Instructions Steven S. Lumetta and Sanjay J. Patel
- Detection of Synchronization Errors through Speculative Lock Elision Steven S. Lumetta
- Improving Quasi-Dynamic Schedules through Region Slip Francesco Spadini Brian Fahs Sanjay Patel Steven S. Lumetta
- Parallel Programming in Split-C David E. Culler, Andrea Dusseau, Seth Copen Goldstein, Arvind Krishnamurthy,
- The Mantis Parallel Debugger Steven S. Lumetta and David E. Culler
- Design and Evaluation of Multi-Protocol Communication on a Cluster of SMP's
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- Global and Integrated Processor, Memory and Disk Management in a Cluster of Christine Morin
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- MuSA: a scalable multimedia server based on clusters of SMPs Roberto Canonico, Giuseppe Capuozzo, Giulio Iannello and Giorgio Ventre
- On Allocating Capacity in Networks with Path Length Constrained Routing
- Survivable IP Over WDM: An Efficient Mathematical Programming Problem Formulation
- TOWARDS A DEEPER UNDERSTANDING OF LINK RESTORATION ALGORITHMS FOR MESH NETWORKS 1 Towards a Deeper Understanding of Link
- Algorithms for Collective Communication Operations on SMP Clusters (extended abstract)
- Abstract: The UC Berkeley Network of Workstations (NOW) project demonstrates a new approach to large-
- Symbolic Verification of Dynamic Optimization in Microprocessors Steven S. Lumetta, Sanjay J. Patel, Brian Fahs, Satarupa Bose
- Examples from Integrating Systems Research into Undergraduate Curriculum John H. Kelm and Steven S. Lumetta
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- A Task-centric Memory Model for Scalable Accelerator Architectures John H. Kelm, Daniel R. Johnson, Steven S. Lumetta, Matthew I. Frank
- MINIMIZING PROTECTION COST FOR HIGH-SPEED RECOVERY OF MISSION CRITICAL TRAFFIC IN WDM MESH NETWORKS
- Application of Saluja-Karpovsky Compactors to Test Responses with Many Unknowns
