Java and its library provide powerful concurrency control mechanisms. However, their use can lead to similar synchronization code scattered across multiple classes, synchronization and functional code being tangled together, and similar code being duplicated in many applications. Aspect-oriented (AO) programming makes it possible to address these problems. However, the specific behavior of systems built using AO techniques can be challenging to comprehend. We propose a specification approach to precisely express such systems\u27 critical concurrency and synchronization properties. We illustrate the method with a simple example
The proliferation of shared mutable state in object-oriented programming complicates software develo...
Digital services are becoming an essential part of our daily lives. To provide these services, effic...
In multithreading software, avoidance of the race condition is obligatory for nondeterminism in para...
Java and its library provide powerful concurrency control mechanisms. However, their use can lead to...
Concurrency and synchronization are becoming big issues as every new PC comes with multi-core proces...
In this paper, we present a collection of well-known high-level concurrency patterns and mechanisms,...
Resource access synchronization within concurrent processes or threads is implemented using various ...
AbstractEvolving and refactoring concurrent Java software can be error-prone, resulting in race cond...
We introduce Jeeg, a dialect of Java based on a declarative replacement of the synchronization mecha...
Synchronization of concurrent activities is a major issue of concurrent object-oriented programming ...
We propose a high-level language based on first order logic for expressing synchronization in concur...
Concurrency and failures are fundamental problems in distributed computing. One likes to think that ...
Concurrency and failures are fundamental problems in distributed computing. One likes to think that ...
Aspect-Oriented Programming (AOP) promises the modularization of so-called crosscutting functionalit...
Concurrency in object oriented languages seems natural. However well known problems arise when we tr...
The proliferation of shared mutable state in object-oriented programming complicates software develo...
Digital services are becoming an essential part of our daily lives. To provide these services, effic...
In multithreading software, avoidance of the race condition is obligatory for nondeterminism in para...
Java and its library provide powerful concurrency control mechanisms. However, their use can lead to...
Concurrency and synchronization are becoming big issues as every new PC comes with multi-core proces...
In this paper, we present a collection of well-known high-level concurrency patterns and mechanisms,...
Resource access synchronization within concurrent processes or threads is implemented using various ...
AbstractEvolving and refactoring concurrent Java software can be error-prone, resulting in race cond...
We introduce Jeeg, a dialect of Java based on a declarative replacement of the synchronization mecha...
Synchronization of concurrent activities is a major issue of concurrent object-oriented programming ...
We propose a high-level language based on first order logic for expressing synchronization in concur...
Concurrency and failures are fundamental problems in distributed computing. One likes to think that ...
Concurrency and failures are fundamental problems in distributed computing. One likes to think that ...
Aspect-Oriented Programming (AOP) promises the modularization of so-called crosscutting functionalit...
Concurrency in object oriented languages seems natural. However well known problems arise when we tr...
The proliferation of shared mutable state in object-oriented programming complicates software develo...
Digital services are becoming an essential part of our daily lives. To provide these services, effic...
In multithreading software, avoidance of the race condition is obligatory for nondeterminism in para...