Add to ORKGThe computational power of multicores presents new opportunities to provide increased performance with mul-tithreaded software. At the same time, the complexities of multithreaded code has given rise to great demand for software tools that provide better debugging capabilities, and that ensure reliability and security. Dynamic moni-toring of program executions is essential to track information that can serve as the basis for aggressive performanc
Dynamically optimizing programs is worthwhile only if the overhead created by the dynamic optimizer ...
In the era of multicore and manycore processors, a system-atic engineering approach for software per...
Multicore processors are ubiquitous in servers and have started dominating other domains, such as em...
With the advent of multicores, there is demand for monitoring parallelprograms running on multicores...
Application-level monitoring is required for continuously operating software systems to maintain the...
University of Minnesota Ph.D. dissertation. June 2012. Major: Computer science. Advisor:Professor An...
infrastructure for performance on multi-core platforms With maturing compiler technologies, compilet...
Since multicore systems offer greater performance via parallelism, future computing is progressing t...
Reconfigurable systems map the computational intensive parts of the code in hardware while less comp...
Multiprocessors are often quoted as being capable of a ‘peak performance,’ but in practise it is dif...
Future supercomputers will require application developers to expose much more parallelism than curre...
Hardware performance counters are CPU registers that count data loads and stores, cache misses, and ...
In recent years, a variety of concerns in power and thermal issues, instruction-level parallelism (I...
Debugging massively parallel data analysis programs is cur-rently a difficult process. Traditional d...
Multicore processor systems are everywhere today, targeting markets from the high-end server space t...
Dynamically optimizing programs is worthwhile only if the overhead created by the dynamic optimizer ...
In the era of multicore and manycore processors, a system-atic engineering approach for software per...
Multicore processors are ubiquitous in servers and have started dominating other domains, such as em...
With the advent of multicores, there is demand for monitoring parallelprograms running on multicores...
Application-level monitoring is required for continuously operating software systems to maintain the...
University of Minnesota Ph.D. dissertation. June 2012. Major: Computer science. Advisor:Professor An...
infrastructure for performance on multi-core platforms With maturing compiler technologies, compilet...
Since multicore systems offer greater performance via parallelism, future computing is progressing t...
Reconfigurable systems map the computational intensive parts of the code in hardware while less comp...
Multiprocessors are often quoted as being capable of a ‘peak performance,’ but in practise it is dif...
Future supercomputers will require application developers to expose much more parallelism than curre...
Hardware performance counters are CPU registers that count data loads and stores, cache misses, and ...
In recent years, a variety of concerns in power and thermal issues, instruction-level parallelism (I...
Debugging massively parallel data analysis programs is cur-rently a difficult process. Traditional d...
Multicore processor systems are everywhere today, targeting markets from the high-end server space t...
Dynamically optimizing programs is worthwhile only if the overhead created by the dynamic optimizer ...
In the era of multicore and manycore processors, a system-atic engineering approach for software per...
Multicore processors are ubiquitous in servers and have started dominating other domains, such as em...