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Degree of parallelism
High Performance Computing Through Parallel and Distributed Processing
Parallel System Performance: Evaluation & Scalability
Scalable Task Parallel Programming in the Partitioned Global Address Space
Oblivious Network RAM and Leveraging Parallelism to Achieve Obliviousness
Compiling for a Multithreaded Dataflow Architecture : Algorithms, Tools, and Experience Feng Li
Massively Parallel Computers: Why Not Prirallel Computers for the Masses?
Scheduling on Asymmetric Parallel Architectures
CUDA C++ Programming Guide
14. Parallel Computing 14.1 Introduction 14.2 Independent
CS 211: Computer Architecture ¾ Starting with Simple ILP Using Pipelining ¾ Explicit ILP - EPIC ¾ Key Concept: Issue Multiple Instructions/Cycle Instructor: Prof
Parallel Programming in Openmp About the Authors
CUDA Dynamic Parallelism
Models for Parallel Computation in Multi-Core, Heterogeneous, and Ultra Wide-Word Architectures
Update DB2 SMP Education
On the Effects of Synchronization in Parallel Computing
Multiprocessing: Architectures and Algorithms
Implementing Database Operations Using SIMD Instructions
Cross-System Runtime Prediction of Parallel Applications on Multi-Core Processors
Top View
A Reconfigurable SIMD/MIMD Coprocessor for Computer
Query Parallelism in DB2 for Z/OS Bryan F
Nested Data Parallelism in Haskell
Modula-2* and Its Compilation
Simultaneous Multithreading
Oversubscription on Multicore Processors
A Comparative Exploration of ML Techniques for Tuning Query Degree of Parallelism
Static Compiler Analyses for Application-Specific Optimization of Task-Parallel Runtime Systems
Parallel Execution with Oracle Database 10G Release 2
Programming CUDA-Based Gpus to Simulate Two-Layer Shallow Water Flows
Parallelization of DIRA and Ctmod Using Openmp and Opencl
In Search of Speculative Thread-Level Parallelism
Space-Efficient Scheduling of Nested Parallelism
Parallel I/O Subsystems in Massively Parallel Supercomputers
Parallelism and Array Processing
Fine-Grain Parallelism Using Multi-Core, Cell/BE, and GPU Systems: Accelerating the Phylogenetic Likelihood Function
Maximizing Parallelism and Minimizing Synchronization with Affine Partitions 1
Basics of CUDA C/C++ and Parallel Communication Patterns
Lecture Notes for Parallelism in Computer Architecture : Computer
Parallel Programming in Intel Cilk Plus with Autotuning
Designing Communication-Efficient Matrix Algorithms in Distributed-Memory Cilk Eyal Baruch
Optimal Speedup on a Low-Degree Multi-Core Parallel Architecture (Lopram)
Tasking in Accelerators: Performance Evaluation
Average Parallelism, Profile, and Shape Evaluation Thatt Synchronization Overhead Has Two Components: Communication Overhead Andd PDES Protocol Overhead
Parallelism Orchestration Using Dope: the Degree of Parallelism Executive
Parallel Programming with Openmp
Dataflow Architectures and Multithreading
Concrete Data Structures and Functional Parallel Programming
High Performance Computing with CUDA Tutorial Contents for Today [118 Slides] Department of Computer Science
Parallel Execution with Oracle Database
Increasing the Degree of Parallelism Using Speculative Execution in Task-Based Runtime Systems
Oracle Parallel SQL Part 1
(I) Fine-Grained SIMD: These Are Actually the Detailed Description
FCUDA: Enabling Efficient Compilation of CUDA Kernels Onto Fpgas*
Simultaneous Multithreading: Maximizing On-Chip Parallelism
Parallel Sql
Nested Parallelism on GPU: Exploring Parallelization Templates for Irregular Loops and Recursive Computations Da Li, Hancheng Wu, Michela Becchi Dept
SYSTOLIC ARCHITECTURE a Network of Pes That Rhythmically Produces and Pass Data Through the System Is Called Systolic Architectu
Parallel Algorithms 1.1 Parallelism Is Ubiquitous 1.2 the Sequential
From Dataflow to Multithreading
Implementing Coarse Grained Task Parallelism Using Openmp
Modeling Performance Degradation in Openmp Memory Bound Applications on Multicore Multisocket Systems
Topics in Parallel and Distributed Computing: Introducing Algorithms, Programming, and Performance Within Undergraduate Curricula∗†‡
BOLT: Optimizing Openmp Parallel Regions with User-Level Threads