By Jonathan Burton, Maciej Koutny, Giuseppe Pappalardo, Marta Pietkiewicz-Koutny (auth.), Paul Ezhilchelvan, Alexander Romanovsky (eds.)
Concurrency in responsible Computing makes a speciality of concurrency comparable concerns within the sector of in charge computing. disasters of approach parts, be devices or software program modules, could be seen as bad occasions happening simultaneously with a suite of ordinary approach occasions. reaching dependability for that reason is heavily relating to, and in addition merits from, concurrency conception and formalisms. this helpful courting seems to be to take place into 3 strands of work.
program point structuring of concurrent actions. ideas comparable to atomic activities, conversations, exception dealing with, view synchrony, etc., are priceless in structuring concurrent actions for you to facilitate makes an attempt at dealing with the consequences of part disasters.
Replication triggered concurrency administration. Replication is a well-known method for reaching reliability. copy administration primarily includes making sure that replicas understand concurrent occasions identically.
software of concurrency formalisms for dependability coverage. Fault-tolerant algorithms are more durable to make sure than their fault-free opposite numbers in view that the impression of part faults at every one kingdom have to be thought of as well as legitimate kingdom transitions. CSP, Petri nets, CCS are precious instruments to specify and ensure fault-tolerant designs and protocols.
Concurrency in liable Computing explores many major concerns in all 3 strands. To this finish, it truly is composed as a set of papers written via authors recognized of their respective components of study. to make sure caliber, the papers are reviewed through a panel of at the least 3 specialists within the suitable area.
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Extra info for Concurrency in Dependable Computing
Towards dependable home networking: An experience report. In International Conference on Dependable Systems and Networks (DSN 2000). IEEE, July 2000. pucrs. br Brian Randell University of Newcastle upon Tyne - NEJ RU- Newcastle upon Tyne - UK brian. u k Alexander Romanovsky University of Newcastle upon Tyne - NEJ RU- Newcastle upon Tyne - UK alexander. ac. uk Abstract Recently the concept of dependable multiparty interaction (DMI) has been introduced. In a multiparty interaction, several parties (objects or processes) somehow "come together" to produce an intermediate and temporary combined state, use this state to execute some activity, and then leave this interaction and continue their normal execution.
253-284.  E. Brinksma, B. Jonsson, and F. Orava, "Refining Interfaces of Communicating Systems," Proc. Call. on Combining Paradigms for Software Development, Springer, LNCS 494, 1991.  J. Burton, M. Koutny and G. Pappalardo, "Verifying Implementation Relations in the Event of Interface Difference," Proc. FME 2001, LNCS 2021, 2001, 364-383.  J. Burton, M. Koutny and G. Pappalardo, "Implementing Communicating Processes in the Event of Interface Difference," Proc. ACSD 2001, IEEE Computer Society, 2001, 87-96.
Abstract descriptions of systems, our approach offers a potentially low-cost alternative to handling rare faults in a case-by-case manner, while allowing common faults to be handled individually. We illustrate the model-based approach with two case-studies: one concerning a home-network lookup service and the other an XlO powerline network. Keywords: model, formal methods, dependability, unanticipated faults, concurrency, distribution, networking *This work was partially sponsored by DARPA contract OSU-RF #F33615-0l-C-1901, NSF grant NSF-CCR-9972368, an Ameritech Faculty Fellowship and a grant from Microsoft Research.