Programming correct parallel software in a cost-effective way is a challenging task requiring a high degree of expertise. The PCR pattern aims at expressing computations consisting of a producer consuming input data items and generating for each of them, a data set to be consumed by several consumers working in parallel. Their outputs are finally aggregated back into a single result by a reducer. PCR emphasize the independence between different computations in order to expose all opportunities for parallelism. Here, we formalize the semantics of PCR in terms of TLA+. In this way, we can leverage TLA+ related tools to prove properties.Agencia Nacional de Investigación e Innovació
In the whiplash polymerase chain reaction (WPCR), autonomous molecular computation is implemented in...
We investigate the use of a TLA specification for modeling and proving parallelization within an obj...
A computational approach for extracting common signals in sets of cis-regulatory module
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Programming correct parallel software in a cost-effective way is a challenging task requiring a high...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Abstract This chapter introduces the software FastPCR as an integrated tools environment for PCR pri...
In Whiplash PCR( WPCR), autonomous molecular computation is achieved by the recursive, self-directed...
This chapter introduces the software FastPCR as an integrated tools environment for PCR primer and p...
Polymerase Chain Reaction (PCR) is a rapid procedure for in vitro enzymatic amplification of specifi...
ABSTRACT: This paper is specifically designed to explain the important scientific points of Polymera...
In the whiplash polymerase chain reaction (WPCR), autonomous molecular computation is implemented in...
We investigate the use of a TLA specification for modeling and proving parallelization within an obj...
A computational approach for extracting common signals in sets of cis-regulatory module
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Physical limitations in processor design have made computer industry since 2005 shift from improving...
Programming correct parallel software in a cost-effective way is a challenging task requiring a high...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Schleiermacher C. Algorithmic support for PCR and genome-wide repeat analysis. Bielefeld (Germany): ...
Abstract This chapter introduces the software FastPCR as an integrated tools environment for PCR pri...
In Whiplash PCR( WPCR), autonomous molecular computation is achieved by the recursive, self-directed...
This chapter introduces the software FastPCR as an integrated tools environment for PCR primer and p...
Polymerase Chain Reaction (PCR) is a rapid procedure for in vitro enzymatic amplification of specifi...
ABSTRACT: This paper is specifically designed to explain the important scientific points of Polymera...
In the whiplash polymerase chain reaction (WPCR), autonomous molecular computation is implemented in...
We investigate the use of a TLA specification for modeling and proving parallelization within an obj...
A computational approach for extracting common signals in sets of cis-regulatory module