Add to ORKGWe report on the performance of a library prototype for external memory algorithms and data structures called LEDA-SM, where SM is an acronym for secondary memory. Our library is based on LEDA and intended to complement it for large data. We present performance results of our external memory library prototype and compare these results with corresponding results of LEDAs in-core algorithms in virtual memory. The results show that even if only a small main memory is used for the external memory algorithms, they always outperform their in-core counterpart. Furthermore we compare different implementations of external memory data structures and algorithms
The latest CPUs(computer cpu processors) employ multiple cores, massively superscalar pipelines, out...
In this paper we present a paradigm for solving external-memory problems, and illustrate it by algor...
Application performance on modern microprocessors depends heavily on performance related characteris...
We report on the performance of a library prototype for external memory algorithms and data structur...
Abstract. During the last years, many software libraries for in-core computation have been developed...
During the last years, many software libraries for \emph{in-core} computation have been developed. M...
In this paper we compare the performance of eight different priority queue implementations: four of ...
. Data sets in large applications are often too massive to fit completely inside the computer's...
We present a collection of new techniques for designing and analyzing efficient external-memory algo...
External memory (EM) algorithms are designed for computational problems in which the size of the int...
Data sets in large applications are often too massive to fit completely inside the computer’s intern...
Abstract. The theory of bulk-synchronous parallel computing has pro-duced a large number of attracti...
As the performance of DRAM devices falls more and more behind computing capabilities, the limitation...
We report on the use of program checking in the LEDA library of efficient data types and algorithms
In this Research Report we want to clarify the current efficiency of two LEDA software layers. We ex...
The latest CPUs(computer cpu processors) employ multiple cores, massively superscalar pipelines, out...
In this paper we present a paradigm for solving external-memory problems, and illustrate it by algor...
Application performance on modern microprocessors depends heavily on performance related characteris...
We report on the performance of a library prototype for external memory algorithms and data structur...
Abstract. During the last years, many software libraries for in-core computation have been developed...
During the last years, many software libraries for \emph{in-core} computation have been developed. M...
In this paper we compare the performance of eight different priority queue implementations: four of ...
. Data sets in large applications are often too massive to fit completely inside the computer's...
We present a collection of new techniques for designing and analyzing efficient external-memory algo...
External memory (EM) algorithms are designed for computational problems in which the size of the int...
Data sets in large applications are often too massive to fit completely inside the computer’s intern...
Abstract. The theory of bulk-synchronous parallel computing has pro-duced a large number of attracti...
As the performance of DRAM devices falls more and more behind computing capabilities, the limitation...
We report on the use of program checking in the LEDA library of efficient data types and algorithms
In this Research Report we want to clarify the current efficiency of two LEDA software layers. We ex...
The latest CPUs(computer cpu processors) employ multiple cores, massively superscalar pipelines, out...
In this paper we present a paradigm for solving external-memory problems, and illustrate it by algor...
Application performance on modern microprocessors depends heavily on performance related characteris...