Many software systems nowadays rely on concurrency to achieve greater processing power, to improve human-computer interaction and build real-time applications. However, despite their numerous advantages, concurrent programs are difficult to comprehend, debug and maintain. This is mostly due to their complexity. In a multi-threaded program, there can be multiple flows of control and indeed the same program may result in different output each time that it is executed due to the inheren
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
Understanding the intricacies behind concurrency within object-oriented programming languages has a...
We as a society have achieved greatness because we work together. There is power in numbers. However...
Understanding concurrent object-oriented software execution is not a trivial task. This is mainly du...
Abstract. Debugging concurrent Java programs is a difficult task because of multiple control flows a...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
With increasing power of today’s computers, the Java programming language is more and more chosen by...
More than 75% of recent Java projects include some form of concurrent programming. Due to complex in...
Multithreading introduces a degree of complexity that is often difficult to grasp by beginners both ...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Abstract. Java provides support for concurrent and parallel programming through threads, monitors an...
Java provides support for concurrent and parallel programming through threads, monitors and its sock...
Concurrent software is notoriously difficult to debug. We investigate the use of UML sequence diagra...
Multithreaded programming is becoming increasingly important because of recent increase in the use o...
Concurrency has always been one of the major themes in any introductory Operating Systems course. In...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
Understanding the intricacies behind concurrency within object-oriented programming languages has a...
We as a society have achieved greatness because we work together. There is power in numbers. However...
Understanding concurrent object-oriented software execution is not a trivial task. This is mainly du...
Abstract. Debugging concurrent Java programs is a difficult task because of multiple control flows a...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
With increasing power of today’s computers, the Java programming language is more and more chosen by...
More than 75% of recent Java projects include some form of concurrent programming. Due to complex in...
Multithreading introduces a degree of complexity that is often difficult to grasp by beginners both ...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Abstract. Java provides support for concurrent and parallel programming through threads, monitors an...
Java provides support for concurrent and parallel programming through threads, monitors and its sock...
Concurrent software is notoriously difficult to debug. We investigate the use of UML sequence diagra...
Multithreaded programming is becoming increasingly important because of recent increase in the use o...
Concurrency has always been one of the major themes in any introductory Operating Systems course. In...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
Understanding the intricacies behind concurrency within object-oriented programming languages has a...
We as a society have achieved greatness because we work together. There is power in numbers. However...