Add to ORKGSerialization, the traditional method of resolving concurrent interactions, is often inappropriate; when interactions are dependent on each other, other policies for resolving them may be more suitable. We use semantic information to help categorize common interactions encountered in the modeling and simulation domain. This categorization enables us to suggest reasonable policies for resolving the effects of concurrent interactions. 1
Abstract. Though research on agents that interact with humans via voice or text has been intensively...
Processes are a key application area for formal models of concurrency. The core concepts of Petri ne...
Previous studies have defined people, process, tools and technology as relevant elements for Concurr...
The most challenging aspect of concurrency involves the study of interaction and its properties. In...
The authors emphasize the actual relevance and need of formal methods for the advancements of comple...
A novel activity-oriented approach to the modelling and simulation of concurrent systems is describe...
The paper defines a taxonomy of concurrent models. Concurrent models are seen as categories and pass...
This special issue contains extended versions of selected papers from the 8th Interaction and Concur...
System level design is complex. One source of this com-plexity is that systems are often heterogeneo...
The design of concurrent software systems, in particular process-aware information systems, involves...
Abstract. The design of concurrent software systems, in particular process-aware information systems...
In concurrent systems, such as multi-core computers, parallel systems, cloud computing systems, and ...
In the accompanying paper [1] the authors study a model of concurrent programs in terms of events an...
In the development of concurrent systems two differing approaches have arisen: those with truly conc...
Multi-Representation Modeling (MRM) involves executing multiple models of the same phenomenon jointl...
Abstract. Though research on agents that interact with humans via voice or text has been intensively...
Processes are a key application area for formal models of concurrency. The core concepts of Petri ne...
Previous studies have defined people, process, tools and technology as relevant elements for Concurr...
The most challenging aspect of concurrency involves the study of interaction and its properties. In...
The authors emphasize the actual relevance and need of formal methods for the advancements of comple...
A novel activity-oriented approach to the modelling and simulation of concurrent systems is describe...
The paper defines a taxonomy of concurrent models. Concurrent models are seen as categories and pass...
This special issue contains extended versions of selected papers from the 8th Interaction and Concur...
System level design is complex. One source of this com-plexity is that systems are often heterogeneo...
The design of concurrent software systems, in particular process-aware information systems, involves...
Abstract. The design of concurrent software systems, in particular process-aware information systems...
In concurrent systems, such as multi-core computers, parallel systems, cloud computing systems, and ...
In the accompanying paper [1] the authors study a model of concurrent programs in terms of events an...
In the development of concurrent systems two differing approaches have arisen: those with truly conc...
Multi-Representation Modeling (MRM) involves executing multiple models of the same phenomenon jointl...
Abstract. Though research on agents that interact with humans via voice or text has been intensively...
Processes are a key application area for formal models of concurrency. The core concepts of Petri ne...
Previous studies have defined people, process, tools and technology as relevant elements for Concurr...