Parallelizing existing sequential programs to run efficiently on multicores is hard. The Java 5 package java.util.concurrent (j.u.c.) supports writing concurrent programs. To use this package, programmers still need to refactor existing code. This is tedious, error-prone, and omission-prone. This demo presents our tool, CONCURRENCER, which enables programmers to refactor sequential code into parallel code that uses j.u.c. concurrent utilities. CONCURRENCER does not require any program annotations, although the transformations span several, non-adjacent, program statements and use custom program analysis. A find-and-replace tool can not perform such transformations. Empirical evaluation shows that CONCURRENCER refactors code effectively: CON...
This thesis presents the design, implementation, and evaluation of Flow Java, a programming language...
Computing is everywhere and our society depends on it. Increased performance over the last decades h...
The rise in the number of cores in a processor has resulted in computer programmers needing to write...
Parallelizing existing sequential programs to run ef-ficiently on multicores is hard. The Java 5 pac...
Parallelizing existing sequential programs to run efficiently on multicores is hard. The Java 5 pack...
For several decades, programmers have relied onMooreâ s Law to improve the performance of their sof...
AbstractEvolving and refactoring concurrent Java software can be error-prone, resulting in race cond...
In multicore era, programmers exploit concurrent programming to gain performance and responsiveness ...
Concurrent programming is hard “If you can get away with it, avoid using threads. Threads can be dif...
It is often difficult to analyse why a program executes more slowly than intended. This is particula...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
This thesis presents the design, implementation, and evaluation of Flow Java, a programming language...
With the popularity of the multi-core and many-core architectures there is a great requirement for s...
1. INTRODUCTION Java [4] is an object-oriented programming language, developed by Sun Microsystems, ...
This thesis presents the design, implementation, and evaluation of Flow Java, a programming language...
Computing is everywhere and our society depends on it. Increased performance over the last decades h...
The rise in the number of cores in a processor has resulted in computer programmers needing to write...
Parallelizing existing sequential programs to run ef-ficiently on multicores is hard. The Java 5 pac...
Parallelizing existing sequential programs to run efficiently on multicores is hard. The Java 5 pack...
For several decades, programmers have relied onMooreâ s Law to improve the performance of their sof...
AbstractEvolving and refactoring concurrent Java software can be error-prone, resulting in race cond...
In multicore era, programmers exploit concurrent programming to gain performance and responsiveness ...
Concurrent programming is hard “If you can get away with it, avoid using threads. Threads can be dif...
It is often difficult to analyse why a program executes more slowly than intended. This is particula...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
This thesis presents the design, implementation, and evaluation of Flow Java, a programming language...
With the popularity of the multi-core and many-core architectures there is a great requirement for s...
1. INTRODUCTION Java [4] is an object-oriented programming language, developed by Sun Microsystems, ...
This thesis presents the design, implementation, and evaluation of Flow Java, a programming language...
Computing is everywhere and our society depends on it. Increased performance over the last decades h...
The rise in the number of cores in a processor has resulted in computer programmers needing to write...