This paper describes a graphical notation called NMDS and an implementation language called LIPS for producing distributed systems. NMDS is a set of notations based on Role Activity Diagrams with features for expressing concurrency, dataflow and communication and it lends itself to elicitation and verification while expressing concurrency unambiguously in a concise manner. It also fits in with the syntax and semantics of LIPS. LIPS is a distributed message passing language that promotes the separation of communication from computation by using the concept of guarded processes. One of the major advantages of using NMDS with LIPS is that reverse engineering of LIPS programs can easily be achieved
When distributed systems first appeared, they were programmed in traditional sequential languages, u...
AbstractWe present a small programming language for distributed systems based on message passing pro...
Programming language advances have played an important role in various areas of distributed systems...
This paper describes a graphical notation called NMDS and an implementation language called LIPS for...
This paper presents the operational semantics for the message passing system for a distributed langu...
This paper describes the semantics for a distributed programming language called LIPS (language for ...
The main focus of this paper is to define the operational semantics for the message passing strategy...
AbstractTraditional approaches to specifying distributed systems include temporal logic specificatio...
Message passing in distributed systems is a model to exchange messages within a process pair by maki...
A layered specification methodology for specifying distributed systems, based on graph-theoretic for...
We review some results regarding specification, programming and verification of different classes of...
this paper, we model a process as a program that performs Turing-style computations. It can output p...
We review some results regarding specification, programming and verification of different classes of...
Maude is an equational and rewriting logic specification tool. It allows a unique and simple way of ...
AbstractThe action system formalism [6] is a state-based approach to distributed computing. In this ...
When distributed systems first appeared, they were programmed in traditional sequential languages, u...
AbstractWe present a small programming language for distributed systems based on message passing pro...
Programming language advances have played an important role in various areas of distributed systems...
This paper describes a graphical notation called NMDS and an implementation language called LIPS for...
This paper presents the operational semantics for the message passing system for a distributed langu...
This paper describes the semantics for a distributed programming language called LIPS (language for ...
The main focus of this paper is to define the operational semantics for the message passing strategy...
AbstractTraditional approaches to specifying distributed systems include temporal logic specificatio...
Message passing in distributed systems is a model to exchange messages within a process pair by maki...
A layered specification methodology for specifying distributed systems, based on graph-theoretic for...
We review some results regarding specification, programming and verification of different classes of...
this paper, we model a process as a program that performs Turing-style computations. It can output p...
We review some results regarding specification, programming and verification of different classes of...
Maude is an equational and rewriting logic specification tool. It allows a unique and simple way of ...
AbstractThe action system formalism [6] is a state-based approach to distributed computing. In this ...
When distributed systems first appeared, they were programmed in traditional sequential languages, u...
AbstractWe present a small programming language for distributed systems based on message passing pro...
Programming language advances have played an important role in various areas of distributed systems...