Add to ORKGIn this paper we present a method for managing concurrent parallel applications on large shared-memory machines efficiently and fair. It combines advantages of space-sharing for tight coupled parallel applications and the possibility of immediate job execution in time-sharing environments. An application parallelism manager..
Todays prevalent solutions for modern embedded systems and general computing employ many processing ...
Malleable applications are programs that may run with varying numbers of threads and thus on varying...
The `free' speed-up stemming from ever increasing processor speed is over. Performance increase in ...
{lohmann, wosch} @ cs.fau.de The trend towards many-core systems comes with various is-sues, among ...
. Running parallel applications in a network of workstations (NOW) requires the use of a resource ma...
Adaptive parallel applications that can change resources during execution, promise better system uti...
A faire apr`es Keywords: Parallel environment, Distributed-memory machines, Load-balancing, Mapping...
This paper discusses the need for resource management support for parallel applications running on w...
In a general-purpose computing system, several parallel applications run simultaneously on the same ...
The number of applications sharing the same embedded device is increasing dramatically. Very efficie...
Emerging architecture designs include tens of processing cores on a single chip die; it is believed ...
Sponsor ing organization Ti tle and subti t le Distributed Management of CPU Resources for Time-Sens...
Trying to attack the problem of resource contention, created by multiple parallel applications runni...
The diversity and complexity of modern computing platforms makes the development of high-performance...
With the number of cores on a chip continuing to increase, we are moving towards an era where many-c...
Todays prevalent solutions for modern embedded systems and general computing employ many processing ...
Malleable applications are programs that may run with varying numbers of threads and thus on varying...
The `free' speed-up stemming from ever increasing processor speed is over. Performance increase in ...
{lohmann, wosch} @ cs.fau.de The trend towards many-core systems comes with various is-sues, among ...
. Running parallel applications in a network of workstations (NOW) requires the use of a resource ma...
Adaptive parallel applications that can change resources during execution, promise better system uti...
A faire apr`es Keywords: Parallel environment, Distributed-memory machines, Load-balancing, Mapping...
This paper discusses the need for resource management support for parallel applications running on w...
In a general-purpose computing system, several parallel applications run simultaneously on the same ...
The number of applications sharing the same embedded device is increasing dramatically. Very efficie...
Emerging architecture designs include tens of processing cores on a single chip die; it is believed ...
Sponsor ing organization Ti tle and subti t le Distributed Management of CPU Resources for Time-Sens...
Trying to attack the problem of resource contention, created by multiple parallel applications runni...
The diversity and complexity of modern computing platforms makes the development of high-performance...
With the number of cores on a chip continuing to increase, we are moving towards an era where many-c...
Todays prevalent solutions for modern embedded systems and general computing employ many processing ...
Malleable applications are programs that may run with varying numbers of threads and thus on varying...
The `free' speed-up stemming from ever increasing processor speed is over. Performance increase in ...