This article contains a brief description of existing graphical methods for presenting multithreaded applications, i.e. Control Flow Graph and Petri nets. These methods will be discussed, and then a way to represent multithreaded applications using the concurrent process system model will be presented. All these methods will be used to present the idea of a multithreaded application that includes the race condition phenomenon. In the summary, all three methods will be compared and subjected to the evaluation, which will depend on whether the given representation will allow to find the mentioned phenomenon
Abstract. We define a novel formulation of dataflow analysis for concurrent programs, where the flow...
Object-based sequential programming has had a major impact on software engineering. However, object-...
Abstract. Introduced in this paper is a new graphical modeling language for specifying concurrency i...
This article contains a brief description of existing graphical methods for presenting multithreaded...
This paper presents two new graph-theoretical program representations which can be used to represent...
With the continuing emergence of multithreaded computation as a powerful vehicle for science and en...
This paper describes basic programming technology to support irregular applications on scalable conc...
A static analysis tool for detecting deadlocks and potential race conditions on shared variables in ...
Data-parallel model is attractive in a point that data-parallelism is easily expressed in loops and ...
This is a master thesis that studies the practical applications of the Petri nets a graphical and m...
This paper describes a multi-formalism experiment design in the domain of real-time control systems....
This paper describes the evolution of language features for multiprogramming from event queues and s...
This paper presents a compact Petri net representation that is efficient to construct for concurrent...
This paper shows a novel prototyping technique for concurrent control systems described by interpret...
Petri net based models are proposed in this paper as the vehicles for the characterization of the pr...
Abstract. We define a novel formulation of dataflow analysis for concurrent programs, where the flow...
Object-based sequential programming has had a major impact on software engineering. However, object-...
Abstract. Introduced in this paper is a new graphical modeling language for specifying concurrency i...
This article contains a brief description of existing graphical methods for presenting multithreaded...
This paper presents two new graph-theoretical program representations which can be used to represent...
With the continuing emergence of multithreaded computation as a powerful vehicle for science and en...
This paper describes basic programming technology to support irregular applications on scalable conc...
A static analysis tool for detecting deadlocks and potential race conditions on shared variables in ...
Data-parallel model is attractive in a point that data-parallelism is easily expressed in loops and ...
This is a master thesis that studies the practical applications of the Petri nets a graphical and m...
This paper describes a multi-formalism experiment design in the domain of real-time control systems....
This paper describes the evolution of language features for multiprogramming from event queues and s...
This paper presents a compact Petri net representation that is efficient to construct for concurrent...
This paper shows a novel prototyping technique for concurrent control systems described by interpret...
Petri net based models are proposed in this paper as the vehicles for the characterization of the pr...
Abstract. We define a novel formulation of dataflow analysis for concurrent programs, where the flow...
Object-based sequential programming has had a major impact on software engineering. However, object-...
Abstract. Introduced in this paper is a new graphical modeling language for specifying concurrency i...