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The use of real-time systems can differ from their initial design and requirements. New missions may take place in a more agressive environment and cause faults that are not manag...
The paper puts forward the idea of using fault tolerance refinement patterns to assist system developers in disciplined application of software fault tolerance mechanisms in rigor...
To provide a computing system to be dependable fault tolerance mechanisms have to be included. Especially massive parallelism represents a new challenge for fault tolerance. In th...
The use of reflection becomes today popular for the implementation of non-functional mechanisms such as for fault-tolerance. The main benefits of reflection are separation of conc...
The Integration of complex systems out of existing systems is an active area of research and development. There are many practical situations in which the interfaces of the compon...
Cliff B. Jones, Alexander B. Romanovsky, Ian Welch
Protocols that solve agreement problems are essential building blocks for fault tolerant distributed systems. While many protocols have been published, little has been done to ana...
Aspect-oriented modeling is proposed to design the architecture of fault tolerant systems. Notations are introduced that support the separate and modularized design of functional ...
Embedded distributed real-time systems are traditionally used in safety-critical application areas such as avionics, healthcare, and the automotive sector. Assuring dependability ...
Fault tolerance mechanisms are a key ingredient of dependable systems. In particular, software-implemented hardware fault tolerance (SIHFT) is gaining in popularity, because of its...