- MINIMIZATION OF FUZZY SYSTEMS BASED ON FUZZY INFERENCE GRAPHS # Chantana Chantrapornchai 1 Sissades Tongsima 1 Edwin H.M. Sha 1
- Combining Extended Retiming and Unfolding for RateOptimal Graph Transformation \Lambda
- Efficient Algorithms for Finding Highly Acceptable Designs Based on ModuleUtility Selections
- Loop Pipelining for Scheduling MultiDimensional Systems via Rotation
- Hardware/Software Codesign for Video Compression Using the EXECUBE Processing Array \Lambda
- Extended Retiming: A Graph Transformation Technique for Optimal Scheduling of DataFlow Graphs
- QoS Measures and Implementations Based on Various Models for Realtime Communications \Lambda
- Application Specific Communication Scheduling on Parallel David R. Surma z Edwin HM. Sha
- FULL PARALLELISM IN UNIFORM NESTED LOOPS USING MULTIDIMENSIONAL RETIMING
- Optimizing Data Scheduling on ProcessorInMemory Arrays \Lambda
- Optimization for Data Placement and Data Scheduling on ProcessorInMemory Arrays \Lambda
- Optimal Partitioning under Memory Constraints for Minimizing Average Schedule Length
- APPLICATION SPECIFIC IMAGE COMPRESSION FOR VIRTUAL CONFERENCING Jiangfeng Ding Jon C Furgeson Edwin H.M. Sha
- IMPLEMENTING PARALLELISM AND SCHEDULING DATA FLOW GRAPHS ON JAVA VIRTUAL MACHINE
- Synthesis of MultiDimensional Applications in VHDL \Lambda (published at ICCD'96)
- Optimizing Overall Loop Schedules using Prefetching and Partitioning
- Design and Analysis of Efficient ApplicationSpecific Online Page Replacement Techniques
- MultiDimensional Interleaving for TimeandMemory Design Optimization \Lambda
- Retiming Synchronous DataFlow Graphs to Reduce Execution *Timothy W. O'Neil Edwin H.M. Sha
- Proceedings of the IASTED International Conference Parallel and Distributed Computing and System (PDCS'99)
- Energy Minimization for Heterogeneous Wireless Sensor Network Meikang Qiu Chun Xue Zili Shao Meilin Liu Edwin H.-M. Sha
- ADAPTIVE ONLINE ENERGY SAVING FOR HETEROGENEOUS SENSOR Meikang Qiu1
- OPTIMAL COMMUNICATION SCHEDULING BASED ON COLLISION GRAPH MODEL #
- Minimizing ALU and Memory Schedules via Partitioning and Prefetching
- RCRS: A Framework for Loop Scheduling with Limited Number of Registers \Lambda Kaisheng Wang Ted Zhihong Yu Edwin H.M. Sha
- Properties and Algorithms for Unfolding of Probabilistic Data-ow Graphs
- Reliable Reconfigurable Structures for Array Architectures y Edwin HsingMean Sha
- The Fat-Stack and Universal Routing in Distributed Networks Kevin F. Chen, Edwin H.-M. Sha
- Combining Extended Retiming and Unfolding for Rate-Optimal Graph Transformation
- Communication Scheduling with Re-routing based on Static and Hybrid Techniques
- Minimizing Resources in a Repeating Schedule for a SplitNode DataFlow Graph
- OPTIMIZING CIRCUITS WITH CONFIDENCE PROBABILITY USING PROBABILISTIC S. Tongsima, C. Chantrapornchai, E. H.M. Sha
- Hardware/Software Codesign With the HMS Michael Sheliga
- Optimal Partitioning and Balanced Scheduling with the Maximal Overlap of Data Footprints
- A Parameterized IndexGenerator for the MultiDimensional Interleaving Optimization \Lambda
- Efficient Design Exploration Based on Module Utility Selection y
- Minimization of Memory Access Overhead for MultiDimensional DSP Applications via
- High-level Synthesis for DSP Applications using Heterogeneous Functional Units Qingfeng Zhuge
- Efficient Variable Partitioning and Scheduling for DSP Processors with Multiple Memory Modules
- MultiDimensional Interleaving for Synchronous Circuit Design Optimization
- UNFOLDING PROBABILISTIC DATAFLOW GRAPHS UNDER DIFFERENT TIMING Sissades Tongsima Timothy W. O'Neil Edwin H.M. Sha
- A Feasible Baseline Architecture for Building and Evaluating Distributed Systems
- Universal Routing and Performance Assurance for Distributed Networks
- Reconfigurability and Reliability of Systolic/Wavefront Arrays y
- Imprecise Task Schedule Optimization \Lambda Chantana Chantrapornchai Sissades Tongsima Edwin H.M. Sha
- IEEE TRANSACTIONS ON PARALLEL AND DISTRIBUTED SYSTEMS, VOL. 8, NO. 12, DECEMBER 1997 1 F:\LIBRARY\TRANS\PRODUCTION\TPDS\2-INPROD\100505\100505_1.DOC regularpaper97.dot AB 19,968 10/22/97 9:37 AM 1 / 9
- Universal Routing in Distributed Networks Kevin F. Chen, Edwin H.-M. Sha
- PushUp Scheduling: Optimal PolynomialTime Resource Constrained Scheduling for MultiDimensional Applications \Lambda
- Multilevel Partitioning and Scheduling under Local Memory Constraint
- PERFORMANCE OPTIMIZATION OF MULTIPLE MEMORY ARCHITECTURES FOR DSP Qingfeng Zhuge, Bin Xiao, Edwin H.-M. Sha
- The Fat-Stack and Universal Routing in Interconnection Networks
- Proceedings of the IASTED International Conference Parallel and Distributed Computing and Systems (PDCS '99)
- Theoretical and Experimental Analysis of Selective FaultTolerant,
- Ecient Module Selections for Finding Highly Acceptable Designs based on Inclusion
- A Fully Parallel Design Methodology for MultiDimensional DSP Applications \Lambda
- Rotation Scheduling: A Loop Pipelining Algorithm \Lambda
- Efficient Communication Scheduling with Rerouting based on Collision Graphs \Lambda
- Communication Sensitive Rotation Scheduling Sissades Tongsima Nelson L. Passos Edwin HM. Sha
- Static Communication Scheduling for Minimizing Collisions in Application Specific Parallel Systems \Lambda
- Communication Sensitive Loop Scheduling for DSP Applications
- Proceedings of the IASTED International Conference Parallel and Distributed Computing and Systems (PDCS '99)
- PROBABILISTIC PERFORMANCE ESTIMATION FOR REAL-TIME EMBEDDED Tao Zhou Xiaobo(Sharon) Hu Edwin H.-M. Sha y
- Ecient Algorithms for Acceptable Design Exploration y Chantana Chantrapornchai
- Rapid System Design Framework for Fuzzy Applications \Lambda Chantana Chantrapornchai Michael Sheliga Sissades Tongsima
- ArchitectureDependent Loop Scheduling via CommunicationSensitive Remapping y
- Global Node Reduction of Linear Systems Using Ratio Analysis Michael Sheliga
- Scheduling of Uniform MultiDimensional Systems under Resource Constraints y
- Optimizing Nested Loops with Loop Distribution and Loop Fusion Department of Computer Science and Engineering
- The Fat-Stack and Universal Routing in Interconnection Kevin F. Chen and Edwin H.-M. Sha
- Loop Scheduling and Partitions for Hiding Memory Latencies Fei Chen Edwin HsingMean Sha
- Maintaining Bipartite Matchings in the Presence of Failures y Edwin HsingMean Sha
- Optimal Two Level Partitioning and Loop Scheduling for Hiding Memory Latency for DSP Applications
- MEMORY/TIME OPTIMIZATION OF 2D FILTERS (PUBLISHED AT ICASSP'95)
- Scheduling with Confidence for Probabilistic Data Flow Graphs Sissades Tongsima \Lambda Chantana Chantrapornchai \Lambda Edwin H.M. Sha y
- Probabilistic Rotation: Scheduling Graphs with Uncertain Execution Time y
- Rapid Prototyping for Fuzzy Systems # Chantana Chantrapornchai Sissades Tongsima Edwin H.M. Sha
- Maximum Loop Distribution and Fusion for Two-level Loops Considering Code Qingfeng Zhuge
- Voltage Assignment and Loop Scheduling for Energy Minimization while Satisfying Timing Constrtaint with Guaranteed Probability
- The fat-stack and universal routing in interconnection networks
- Design Exploration with Imprecise Latency and Register Constraints
- SwitchingActivity Minimization on Instructionlevel Loop Scheduling for VLIW DSP Applications
- MEMORY EFFICIENT FULLY PARALLEL NESTED LOOP PIPELINING \Lambda (published at ICPP'95)
- EXTENDED RETIMING: OPTIMAL SCHEDULING VIA A GRAPH-THEORETICAL Timothy W. O'Neil Sissades Tongsima Edwin H.-M. Sha
- Minimum Dynamic Update for Shortest Path Tree Construction Bin Xiao, Qingfeng ZhuGe, Edwin H.-M. Sha
- Partitioning and Retiming of MultiDimensional Systems (published at ISCAS'94)
- Fast and Noniterative Scheduling for Input-Queued Switches with Unbuffered Crossbars
- Loop Scheduling with Complete Memory Latency Hiding on Multi-core Architecture
- IEEE TRANSACTIONS ON COMPUTER-AIDED DESIGN OF INTEGRATED CIRCUITS AND SYSTEMS, VOL. 16, NO. 3, MARCH 1997 229 Rotation Scheduling: A Loop Pipelining Algorithm
- Unfolding a Split-Node Data-Flow Graph Timothy W. O'Neil
- Using Retiming to Minimize InterIteration Dependencies # Timothy W. O'Neil Edwin H.M. Sha
- 1 Introduction Although synchronous systems are easier to design and simulate than asynchronous systems,
- Loop Scheduling Algorithm for Timing and Memory Operation Minimization with Register Constraint \Lambda
- Application Speci c O -line Optimal Data Replacement Algorithm and On-line Algorithms
- SCHEDULING AND BEHAVIORAL TRANSFORMATIONS FOR PARALLEL SYSTEMS
- RateOptimality of CycloStatic Schedules LiangFang Chao Edwin HsingMean Sha
- Bus Minimization and Scheduling of MultiChip Systems Michael Sheliga Edwin HsingMean Sha
- Scheduling MultiDimensional Conditional Applications via Polynomial Time Branch Anticipation y
- SCORE: An Efficient Technique to reduce Congestion in Parallel David R. Surma Edwin H.M. Sha Peter M. Kogge
- HYBRID STATICDYNAMIC COMMUNICATION SCHEDULING FOR PARALLEL SYSTEMS
- Efficient Assignment and Scheduling for Heterogeneous DSP Systems
- USING RETIMING TO MINIMIZE INTER-ITERATION DEPENDENCIES Timothy W. O'Neil
- Application-Specific Interconnection Network Design in Clustered DSP Processors
- Dynamic Shortest Path Tree Update for Multiple Link State Decrements
- Time-Constrained Loop Scheduling with Minimal Resources
- Voltage Assignment with Guaranteed Probability Satisfying Timing Constraint for Real-time
- Loop Scheduling with Timing and Switching-Activity Minimization for VLIW DSP
- 88 Int. J. Computational Science and Engineering, Vol. 2, Nos. 1/2, 2006 Copyright 2006 Inderscience Enterprises Ltd.
- Algorithms and Analysis of Scheduling for Low-Power High-Performance DSP on VLIW
- Retiming Synchronous Data-Flow Graphs to Reduce Execution *Timothy W. O'Neil Edwin H.-M. Sha
- Journal of VLSI Signal Processing, 10, 207-223 (1995) 9 1995 Kluwer Academic Publishers, Boston. Manufactured in The Netherlands.
- Optimization of Nest-Loop Software Pipelining Qingfeng Zhuge, Zili Shao, Edwin H.-M. Sha
- QOS GUARANTEE IN INPUT-QUEUED SWITCHES WITH NONITERATIVE SCHEDULERS
- Efficent Algorithm of Energy Minimization for Heterogeneous Wireless Sensor Network
- Reducing Inter Iteration Dependency Delays in Multiprocessor Systems for Large Graphs Michael Sheliga
- Efficient Assignment with Guaranteed Probability for Heterogeneous Parallel Meikang Qiu
- Optimizing Nested Loops with Iterational and Instructional Retiming
- Efficient Array & Pointer Bound Checking Against Buffer Overflow Attacks via Hardware/Software
- OPTIMIZING DSP SCHEDULING VIA ADDRESS ASSIGNMENT WITH ARRAY AND LOOP TRANSFORMATION
- Switching-Activity Minimization on Instruction-level Loop Scheduling for VLIW DSP Applications
- General Loop Fusion Technique for Nested Loops Considering Timing and Code Size
- Maintaining Comprehensive Resource Availability in P2P Networks
- Dynamic Update of Shortest Path Tree in OSPF Bin Xiao, Jiannong Cao
- Defending Embedded Systems Against Buffer Overflow via Hardware/Software
- Design Space Minimization with Timing and Code Size Optimization for Embedded DSP
- AN INTEGRATED FRAMEWORK OF DESIGN OPTIMIZATION AND SPACE MINIMIZATION FOR DSP APPLICATIONS
- ANALYSIS AND ALGORITHMS FOR PARTITIONING OF LARGE-SCALE ADAPTIVE MOBILE NETWORKS
- Optimal Code Size Reduction for Software-Pipelined and Unfolded Loops
- Optimal Code Size Reduction for Software-Pipelined Loops on DSP Applications Qingfeng Zhuge, Zili Shao, Edwin H. -M. Sha
- Minimizing Resources in a Repeating Schedule for a Split-Node Data-Flow Graph
- Optimal Graph Transformation using Extended Retiming with Minimal Unfolding Timothy W. O'Neil Edwin H.-M. Sha
- PARALLELIZING SYNCHRONOUS DATA-FLOW GRAPHS VIA RETIMING TIMOTHY W. O'NEIL
- The Fat-Stack and Universal Routing in Interconnection Networks Kevin F. Chen and Edwin H.-M. Sha
- Provisioning QoS in Input-Queued Switches with Noniterative Schedulers
- Various Models 5.1 Introduction
- A[i,j]=C[i-2,j+1]; B[i,j]=A[i,j+1]+A[i,j]+C[i-1,j];
- Theory and Algorithms for Software Pipelining with Minimal Cost on Nested Loops
- Loop Scheduling with Timing and Switching-Activity Minimization for VLIW DSP
- 4 Int. J. High Performance Computing and Networking, Vol. 1, Nos. 1/2/3, 2004 Copyright 2004 Inderscience Enterprises Ltd.
- Minimizing Energy via Loop Scheduling and DVS for Multi-Core Embedded Qingfeng Zhuge
- Time-Constrained Loop Scheduling with Minimal Timothy W. O'Neil Edwin H.-M. Sha
- Proceedings of the IASTED International Conference Parallel and Distributed Computing and Systems (PDCS '99)
- Optimal Scheduling of Data-Flow Graphs Using Extended Retiming Timothy W. O'Neil Sissades Tongsima Edwin H.-M. Sha
- Extended Retiming: A Graph Transformation Technique for Optimal Scheduling of Data-Flow Graphs
- Optimal Scheduling of DataFlow Graphs Using Extended Retiming Timothy W. O'Neil Sissades Tongsima Edwin H.M. Sha
- COMPILETIME PRIORITY ASSIGNMENT AND REROUTING FOR COMMUNICATION MINIMIZATION IN PARALLEL SYSTEMS
- Minimizing Communication of Inter Iteration Dependencies Using Retiming and Retiling \Lambda
- IMPROVING PARALLELISM ON MULTIDIMENSIONAL APPLICATIONS: THE MULTIDIMENSIONAL RETIMING FRAMEWORK
- SCHEDULING AND BEHAVIORAL TRANSFORMATIONS FOR PARALLEL SYSTEMS
- Collision Graph based Communication Scheduling for Parallel Systems \Lambda
- IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS II: ANALOG AND DIGITAL SIGNAL PROCESSING, VOL. XX, NO. XX, XXXX XXXX 1 Optimizing Address Assignment and Scheduling
- ANALYSIS AND ALGORITHMS FOR SCHEDULING WITH MINIMAL SWITCHING Zili Shao, Qingfeng Zhuge, Edwin H.-M. Sha
- Security Protection and Checking in Embedded System Integration Against Buffer Overflow Attacks
- OPTIMAL ASSIGNMENT WITH GUARANTEED CONFIDENCE PROBABILITY FOR TREES ON HETEROGENEOUS DSP SYSTEMS
- ScheduleBased MultiDimensional Retiming on Data Flow Graphs
- Static Scheduling for Synthesis of DSP Algorithms on Various LiangFang Chao
- Optimal Data Scheduling for Uniform MultiDimensional Applications \Lambda
- Efficient Scheduling for Imprecise Timing Based on Fuzzy Theory y Chantana Chantrapornchai Edwin H.M. Sha Xiaobo S. Hu
- Rapid Prototyping and Optimization based on Conceptual Specification for Fuzzy Applications
- Optimizing Page Replacement for Multiple-Level Memory Hierarchy
- EXTENDED RETIMING: OPTIMAL SCHEDULING VIA A GRAPHTHEORETICAL Timothy W. O'Neil Sissades Tongsima Edwin H.M. Sha
- Algorithms and Analysis of Scheduling for Loops with Minimum Switching
- Optimal Scheduling of Data-Flow Graphs Using Extended Retiming Timothy W. O'Neil Sissades Tongsima Edwin H.-M. Sha
- Design and Analysis of Improved Shortest Path Tree Update for Network Routing
- Efficient Polynomial-Time Nested Loop Fusion with Full Parallelism
- POLYNOMIALTIME NESTED LOOP FUSION WITH FULL PARALLELISM \Lambda (published at ICPP'96)
- SHARP: EFFICIENT LOOP SCHEDULING WITH DATA HAZARD REDUCTION ON MULTIPLE
- Optimal Loop Scheduling for Hiding Memory Latency Based on Two Level Partitioning and Prefetching.
- Efficient Data Placement and Replacement Algorithms for MultipleLevel Memory Yi Tian Edwin H.M. Sha Chantana Chantrapornchai Peter M. Kogge
- Loop Scheduling Algorithms for Power Reduction \Lambda Ted Zhihong Yu, Fei Chen and Edwin H.M. Sha
- A Probabilistic Performance Metric for RealTime System Design Tao Zhou Xiaobo(Sharon) Hu Edwin H.M. Sha
- ??, ??, 1--12 (??) fl ?? Kluwer Academic Publishers, Boston. Manufactured in The Netherlands.
- IMPLEMENTING PARALLELISM AND SCHEDULING DATA FLOW GRAPHS ON JAVA VIRTUAL MACHINE
- Minimizing Inter-Iteration Dependencies for Loop Pipelining Timothy W. O'Neil Edwin H.-M. Sha
- Timing Optimization of Nested Loops Considering Code Size for DSP Applications
- An Active Detecting Method Against SYN Flooding Attack Yanxiang He
- LOOP SCHEDULING FOR MINIMIZING SCHEDULE LENGTH AND SWITCHING Zili Shao, Qingfeng Zhuge, Edwin H.-M. Sha
- Reliability Driven Task Scheduling for Heterogeneous Systems Yi He, Zili Shao, Bin Xiao, Qingfeng Zhuge, Edwin Sha
- FULLY PARALLEL HARDWARE/SOFTWARE CODESIGN FOR MULTIDIMENSIONAL DSP APPLICATIONS
- Ecient Acceptable Design Exploration Based on Module Utility Selection y
- PROJECTBASED APPROACH TO TEACHING MICROPROCESSORS AND THEIR
- USING RETIMING TO MINIMIZE INTERITERATION DEPENDENCIES Timothy W. O'Neil
- Design Space Minimization with Timing and Code Size Optimization for Embedded DSPs
- Loop Distribution and Fusion with Timing and Code Size Optimization for Embedded DSPs
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- Efficient Scheduling for Design Exploration with Imprecise Latency and Register Constraints
- Design Optimization and Space Minimization Considering Timing and Code Size via Retiming and
- Iterational Retiming: Maximize Iteration-Level Parallelism for Nested Loops
- Communication Scheduling with Rerouting based on Static and Hybrid Techniques \Lambda
- IEEE TRANSACTIONS ON PARALLEL AND DISTRIBUTED SYSTEMS, VOL. 8, NO. 12, DECEMBER 1997 1 F:\LIBRARY\TRANS\PRODUCTION\TPDS\2INPROD\100505\100505_1.DOC regularpaper97.dot AB 19,968 10/22/97 9:37 AM 1 / 9
- Loop Scheduling Optimization with Data Prefetching based on Multidimensional Retiming \Lambda
- Here we introduce two important corollaries from theorem 4.1. Corollary 4.2 gives us the alternative of grouping nodes when doing the multidimensional retiming, while
- Estimating Probabilistic Timing Performance for Real-time Embedded Systems
- HARDWARE/SOFTWARE CODESIGN FOR DSP APPLICATIONS VIA THE HMS FRAMEWORK
- Graph Partitioning Problem Applied to Adaptive Mobile Wireless Networks
- J. Parallel Distrib. Comput. 66 (2006) 11291136 www.elsevier.com/locate/jpdc
- Communication Reduction in Multiple Multicasts based on Hybrid StaticDynamic Scheduling
- Efficient Data Placement for ProcessorInMemory Array Processors \Lambda
- Communication Reduction Techniques for Multiple Multicasts based on Hybrid David R. Surma Edwin H.M. Sha Peter M. Kogge
- DEALING WITH IMPRECISENESS IN ARCHITECTURAL SYNTHESIS CHANTANA CHANTRAPORNCHAI SISSADES TONGSIMA EDWIN H.M. SHA SHARON X. HU
- Multilevel Partitioning and Scheduling under Local Memory Constraint \Lambda Qingyan Wang, Nelson L. Passos and Edwin H. Sha
- GRAPH TRANSFORMATION FOR COMMUNICATION MINIMIZATION USING Michael Sheliga, Zhihong Yu, Fei Chen, Edwin H.M. Sha
- Efficient Loop Scheduling and Pipelining for Applications with Nonuniform Loops \Lambda
- EFFICIENT LOOP SCHEDULING AND PIPELINING FOR APPLICATIONS WITH NONUNIFORM LOOPS y
- Probabilistic Loop Scheduling Considering Communication Overhead \Lambda Sissades Tongsima Chantana Chantrapornchai Edwin H.M. Sha
- Error Detection in Arrays via Dependency Graphs y Edwin HsingMean Sha
- Algorithms for Disk Covering Problems with the Most Points Department of Computing
- Synchronous Circuit Optimization via MultiDimensional Retiming y
- Efficient Algorithms for Acceptable Design Exploration Chantrapornchai
- Approximation Algorithms Design for Disk Partial Covering Problem Bin Xiao, Jiannong Cao
- Combined Partitioning and Data Padding for Scheduling Multiple Loop Nests
- Assignment and Scheduling of Real-time DSP Applications for Heterogeneous Functional Units
- Algorithm and Hardware Support for Branch Anticipation Ted Zhihong Yu Edwin H.-M. Sha Nelson Passos Roy Dz-ching Ju
- Optimizing Data Scheduling on ProcessorInMemory Arrays y Yi Tian Edwin H.M. Sha Chantana Chantrapornchai
- Efficient PolynomialTime Nested Loop Fusion with Full Parallelism #
- Algorithm and Hardware Support for Branch Anticipation y Ted Zhihong Yu z Edwin H.M. Sha z Nelson Passos x Roy Dzching Ju --
- Optimizing Synchronous Systems for MultiDimensional Applications \Lambda (published at EDAC'95)
- SHARP: EFFICIENT LOOP SCHEDULING WITH DATA HAZARD REDUCTION ON MULTIPLE
- Efficient Assignment and Scheduling for Heterogeneous DSP Systems
- Security Protection and Checking for Embedded System Integration against Buffer
