Abstract. How can sequential applications benefit from the ubiquitous next generation of chip multiprocessors (CMP)? Part of the answer may be a dynamic execution environment that automatically parallelizes pro-grams and adaptively tunes the work distribution. Experiments using the Jamaica CMP show how a runtime environment is capable of paral-lelizing standard benchmarks and achieving performance improvements over traditional work distributions
With the modern chip design facing the so called frequency, power and other walls, multi-core system...
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
The parallel nature of process execution on chip multiprocessors (CMPs) has considerably boosted lev...
Abstract Chip multi-processors (CMPs) already have widespread com-mercial availability, and technolo...
Chip multiprocessors (CMPs) aim to develop both instruction-level and thread-level parallelisms to b...
Shrinking process technologies and growing chip sizes have profound effects on process variation. Th...
Abstract. Shrinking process technologies and growing chip sizes have profound effects on process var...
Chip multiprocessors (CMPs) are now commonplace, and the number of cores on a CMP is likely to grow ...
Chip multiprocessors (CMPs) are now commonplace, and the num-ber of cores on a CMP is likely to grow...
Multi-core technology is being employed in most recent high-performance architectures. Such architec...
Chip multiprocessors (CMPs), or multi-core processors, have become a common way of reducing chip com...
This work explores power and performance control opportunities in a general dynamic compilation envi...
Due to inherent non-scalability of superscalar processors, processor manufacturers have switched to ...
As moderate-scale multiprocessors become widely used, we foresee an increased demand for effective c...
Achieving high performance in task-parallel runtime systems, especially with high degrees of paralle...
With the modern chip design facing the so called frequency, power and other walls, multi-core system...
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
The parallel nature of process execution on chip multiprocessors (CMPs) has considerably boosted lev...
Abstract Chip multi-processors (CMPs) already have widespread com-mercial availability, and technolo...
Chip multiprocessors (CMPs) aim to develop both instruction-level and thread-level parallelisms to b...
Shrinking process technologies and growing chip sizes have profound effects on process variation. Th...
Abstract. Shrinking process technologies and growing chip sizes have profound effects on process var...
Chip multiprocessors (CMPs) are now commonplace, and the number of cores on a CMP is likely to grow ...
Chip multiprocessors (CMPs) are now commonplace, and the num-ber of cores on a CMP is likely to grow...
Multi-core technology is being employed in most recent high-performance architectures. Such architec...
Chip multiprocessors (CMPs), or multi-core processors, have become a common way of reducing chip com...
This work explores power and performance control opportunities in a general dynamic compilation envi...
Due to inherent non-scalability of superscalar processors, processor manufacturers have switched to ...
As moderate-scale multiprocessors become widely used, we foresee an increased demand for effective c...
Achieving high performance in task-parallel runtime systems, especially with high degrees of paralle...
With the modern chip design facing the so called frequency, power and other walls, multi-core system...
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
The parallel nature of process execution on chip multiprocessors (CMPs) has considerably boosted lev...