Titlebook: Concurrency in Dependable Computing; Paul Ezhilchelvan,Alexander Romanovsky Book 2002 Springer Science+Business Media New York 2002 QoS.al

的事物

Advances in Dynamic Games and Applicationshe example of the crossroads controller, and proceed to “observe” it, i.e., to check some basic properties we might expect from such a system. We also incrementally include failure behaviours, and show how we then barely need to modify the observing apparatus.

細(xì)微的差異

Advances in Dynamic Games and Applicationseriment. The content of this paper will discuss the progression of the Petri net model of these two Lego robots, from design to implementation, and finally evaluation. The paper also features an optional plug-in Petri net, intended to allow the dumper to authenticate the digger for added security.

畏縮

Richard Loulou,Gilles Savard,Denis Lavigneol policy managing the path selection and the movement of vehicles in the AGVS. The proposed control scheme manages the AGVS traffic by avoiding deadlocks and undesirable situations (restricted deadlocks), which inevitably evolve to a deadlock in the next future.

phlegm

Tidious

Lina Mallozzi,Jacqueline Morganrotocol that implements this primitive is able to sustain a higher throughput than a fully reliable broadcast protocol. The usefulness of the primitive and the performance of the protocol are illustrated through a concrete example.

孤獨(dú)無助

Fault-Tolerant Sequencerdependent and concurrent processes to get a total order on these labelled operations). Moreover, we propose an implementation of the sequencer service in the timed asynchronous model along with a sketch of the correctness proof.

conifer

Semantically Reliable Broadcastrotocol that implements this primitive is able to sustain a higher throughput than a fully reliable broadcast protocol. The usefulness of the primitive and the performance of the protocol are illustrated through a concrete example.

兩種語言

Assignment

TLA Specification of a Mechanism for Concurrent Exception Handling how failures in one or more participants of the multiparty interaction could be dealt with. In this paper, we show how this mechanism deals with concurrent exceptions raised during an interaction. This is shown through a formal description of the DMI concept. We use Temporal Logic of Actions (TLA) in order to formally describe the DMI features.

Exclude

Exception Handling in Timed Asynchronous Systemss paper presents the . for exception handling in synchronous and timed asynchronous concurrent systems. Characteristics of the model are global exception handling, timed asynchrony, an extended fault model, and separation of concurrent exception handling from program flow.