This paper focuses on the development of distributed measurement systems using Java and
web tools. An approach is proposed which is based on object-oriented programming and …

The main factors that affect software understanding are the complexity of the problem solved
by the program, the program text, the user's mental ability and experience and the task being …

This paper proposes, M/sup 3/A-multicast mobile measurement architecture-a software
architecture for the development of flexible distributed measurement systems. M/sup 3/A …

This paper proposes a modular and real-time actor language which addresses timing
predictability through a holistic integration of an application with its operating software, ie …

Focuses on using a modular and actor-based approach to the development of time-
dependent distributed systems that separates functional aspects from timing. The Time Warp …

Distributed real-time computer based systems are very complex and intrinsically difficult to
specify and implement correctly; in part this is caused by the overwhelming number of …

Large and complex real-time systems can benefit significantly from a component-based
development approach where new systems are constructed by composing reusable …

We present a coordination language and its semantics for specification and implementation
of object-oriented real-time systems. Real-time systems operate under real-time constraints …

Java is rapidly emerging as a powerful language for web programming. This paper reports
on a research project whose aim is the use of Java and related web tools for building object …

This paper describes an actor-based approach to real-time programming, which focuses on
the separation of functional from timing behaviour. The approach favours modularity and …