This paper shows how the concept of atomicity can ease the development of concurrent software. It illustrates by means of a case study how atomicity is used to reduce the complexity of concurrency by presenting simplified models or views of the system at certain stages of the development cycle. As the development process goes on, the atomic views from the early stages are refined - broken up into smaller pieces - to slowly introduce concurrency back into the system. Finally, at the design stage, low-level concepts that provide atomicity, such as transaction or monitors, are used to ensure consistent concurrent updating of the application state
Atomicity is an important correctness condition for concurrent systems. Informally, atomicity is the...
In concurrent programming, non-blocking synchronization is very efficient but difficult to design co...
We argue that atomicity, i.e., atomic actions with most of the traditional "ACID" properties, namely...
Most proof methods for reasoning about concurrent programs are based upon the interleaving semantics...
AbstractInterference is what makes the design of concurrent programs difficult. In the case of share...
Using the fiction of atomicity as a design abstraction and then refining atomicity as we develop an ...
Abstract. A key property for a development method is compositionality because it ensures that a meth...
This seminar was based on and continued the interaction of different computer-science communities th...
AbstractThe intention of this paper is to make a contribution to (compositional) development methods...
In this paper we describe an approach of implementing atomicity. Atomicity requires that computation...
Concurrent and reactive programs are specified by their behaviours in the presence of a nondetermini...
Concurrent programming is notoriously di#cult. Current abstractions are intricate to use and make it...
Formal methods are a useful tool for increasing the confidence in the correctness of computer progra...
Atomicity violations are among the most severe and prevalent defects in concurrent software. Numerou...
this paper, we deal with the problem of atomicity and isolation in the context of processes. We prop...
Atomicity is an important correctness condition for concurrent systems. Informally, atomicity is the...
In concurrent programming, non-blocking synchronization is very efficient but difficult to design co...
We argue that atomicity, i.e., atomic actions with most of the traditional "ACID" properties, namely...
Most proof methods for reasoning about concurrent programs are based upon the interleaving semantics...
AbstractInterference is what makes the design of concurrent programs difficult. In the case of share...
Using the fiction of atomicity as a design abstraction and then refining atomicity as we develop an ...
Abstract. A key property for a development method is compositionality because it ensures that a meth...
This seminar was based on and continued the interaction of different computer-science communities th...
AbstractThe intention of this paper is to make a contribution to (compositional) development methods...
In this paper we describe an approach of implementing atomicity. Atomicity requires that computation...
Concurrent and reactive programs are specified by their behaviours in the presence of a nondetermini...
Concurrent programming is notoriously di#cult. Current abstractions are intricate to use and make it...
Formal methods are a useful tool for increasing the confidence in the correctness of computer progra...
Atomicity violations are among the most severe and prevalent defects in concurrent software. Numerou...
this paper, we deal with the problem of atomicity and isolation in the context of processes. We prop...
Atomicity is an important correctness condition for concurrent systems. Informally, atomicity is the...
In concurrent programming, non-blocking synchronization is very efficient but difficult to design co...
We argue that atomicity, i.e., atomic actions with most of the traditional "ACID" properties, namely...