Code mobility technologies attract more and more developers and consumers. Numerous domains are concerned, many platforms are developed and interest applications are realized. However, developing good software products requires modeling, analyzing and proving steps. The choice of models and modeling languages is so critical on these steps. Formal tools are powerful in analyzing and proving steps. However, poorness of classical modeling language to model mobility requires proposition of new models. The objective of this paper is to provide a specific formalism “Coloured Reconfigurable Nets" and to show how this one seems to be adequate to model different kinds of code mobility
In this paper we present work in progress on a special variant of Object Petri Nets and on the intro...
We introduce a class of high level Petri nets, called reconfigurable nets, that can dynamically modi...
This paper is concerned with an abstract exploration of code mobility constructs designed for use in...
Abstract: Code mobility technologies attract more and more developers and consumers. Numerous domain...
Code mobility technologies attract more and more developers and consumers. Numerous domains are conc...
We explain the use of PEPA nets in documenting high-level designs of mobile code and mobile computin...
Currently, code mobility technology is one of the most attractive research areas. Numerous domains a...
In its basic version, Petri Nets are defined as fixed graphs, where the behaviour of the system is m...
Mobility creates a new challenge for dynamic systems in all phases of the life cycle, like modelling...
In the past few years dynamic and recongurable systems have evolved and new strategy and paradigms f...
The growing importance of telecommunication networks has stimulated research on a new generation of ...
Advancements in network technology have led to the emergence of new computing paradigms that challen...
The tutorial provides a conceptual framework for code mobility by illustrating a taxonomy of related...
In its basic version, Petri Nets are defined as fixed graphs, where thebehaviour of the system is mo...
. In this paper we take the extreme view that every line of code is potentially mobile, i.e., may be...
In this paper we present work in progress on a special variant of Object Petri Nets and on the intro...
We introduce a class of high level Petri nets, called reconfigurable nets, that can dynamically modi...
This paper is concerned with an abstract exploration of code mobility constructs designed for use in...
Abstract: Code mobility technologies attract more and more developers and consumers. Numerous domain...
Code mobility technologies attract more and more developers and consumers. Numerous domains are conc...
We explain the use of PEPA nets in documenting high-level designs of mobile code and mobile computin...
Currently, code mobility technology is one of the most attractive research areas. Numerous domains a...
In its basic version, Petri Nets are defined as fixed graphs, where the behaviour of the system is m...
Mobility creates a new challenge for dynamic systems in all phases of the life cycle, like modelling...
In the past few years dynamic and recongurable systems have evolved and new strategy and paradigms f...
The growing importance of telecommunication networks has stimulated research on a new generation of ...
Advancements in network technology have led to the emergence of new computing paradigms that challen...
The tutorial provides a conceptual framework for code mobility by illustrating a taxonomy of related...
In its basic version, Petri Nets are defined as fixed graphs, where thebehaviour of the system is mo...
. In this paper we take the extreme view that every line of code is potentially mobile, i.e., may be...
In this paper we present work in progress on a special variant of Object Petri Nets and on the intro...
We introduce a class of high level Petri nets, called reconfigurable nets, that can dynamically modi...
This paper is concerned with an abstract exploration of code mobility constructs designed for use in...