Summarization: Writing parallel code is difficult, especially when starting from a sequential reference implementation. Our research efforts, as demonstrated in this paper, face this challenge directly by providing an innovative toolset that helps software developers profile and parallelize an existing sequential implementation, by exploiting top-level pipeline-style parallelism. The innovation of our approach is based on the facts that a) we use both automatic and profiling-driven estimates of the available parallelism, b) we refine those estimates using metric-driven verification techniques, and c) we support dynamic recovery of excessively optimistic parallelization. The proposed toolset has been utilized to find an efficient parallel co...
With the rise of Chip multiprocessors (CMPs), the amount of parallel computing power will increase s...
Parallelization is a technique that boosts the performance of a program beyond optimizations of the ...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
Writing parallel code is difficult, especially when starting from a sequential reference implementat...
Writing parallel code is difficult, especially when starting from a sequential reference implementat...
Abstract—Performance growth of single-core processors has come to a halt in the past decade, but was...
The multicore era has increased the need for highly parallel software. Since automatic parallelizati...
As moderate-scale multiprocessors become widely used, we foresee an increased demand for effective c...
Speeding up sequential programs on multicores is a challenging problem that is in urgent need of a s...
Coarse-grained task parallelism exists in sequential code and can be leveraged to boost the use of ...
Graduation date: 2009General purpose computer systems have seen increased performance potential thro...
With the rise of Chip multiprocessors (CMPs), the amount of parallel computing power will increase s...
The end of Dennard scaling also brought an end to frequency scaling as a means to improve performanc...
Traditional static analysis fails to auto-parallelize programs with a complex control and data flow....
Maximizing performance on modern multicore hardware demands aggressive optimizations. Large amountso...
With the rise of Chip multiprocessors (CMPs), the amount of parallel computing power will increase s...
Parallelization is a technique that boosts the performance of a program beyond optimizations of the ...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
Writing parallel code is difficult, especially when starting from a sequential reference implementat...
Writing parallel code is difficult, especially when starting from a sequential reference implementat...
Abstract—Performance growth of single-core processors has come to a halt in the past decade, but was...
The multicore era has increased the need for highly parallel software. Since automatic parallelizati...
As moderate-scale multiprocessors become widely used, we foresee an increased demand for effective c...
Speeding up sequential programs on multicores is a challenging problem that is in urgent need of a s...
Coarse-grained task parallelism exists in sequential code and can be leveraged to boost the use of ...
Graduation date: 2009General purpose computer systems have seen increased performance potential thro...
With the rise of Chip multiprocessors (CMPs), the amount of parallel computing power will increase s...
The end of Dennard scaling also brought an end to frequency scaling as a means to improve performanc...
Traditional static analysis fails to auto-parallelize programs with a complex control and data flow....
Maximizing performance on modern multicore hardware demands aggressive optimizations. Large amountso...
With the rise of Chip multiprocessors (CMPs), the amount of parallel computing power will increase s...
Parallelization is a technique that boosts the performance of a program beyond optimizations of the ...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...