A Structural Approach to Design Reliable Distributed Applications

Taghelit, Mohamed; Haddad, Serge; Sens, Pierre

Taghelit, Mohamed; Haddad, Serge; Sens, Pierre (1997), A Structural Approach to Design Reliable Distributed Applications, 2nd European Research Seminar on Advances in Distributed Systems, ERSADS'97, 1997-03, Zinal, Switzlerland

View/Open

structural_approach.PDF (32.96Kb)

Type

Communication / Conférence

Date

1997

Conference title

2nd European Research Seminar on Advances in Distributed Systems, ERSADS'97

Conference date

1997-03

Conference city

Zinal

Conference country

Switzlerland

Metadata

Show full item record

Author(s)

Taghelit, Mohamed
Haddad, Serge
Sens, Pierre

Abstract (EN)

This paper presents a method to design reliable applications composed of communicating entities. This method is based on the separation of communicating and processing functions to create a software “network” independent of the computational processes. Common functionalities are isolated to reduce the overhead of replication based approach. In contrast to classical techniques only the processing part of entities is replicated. We exhibit a homogeneous communication structure: the R- CHAIN. We describe an algorithm to dynamically reconfigurate the R-CHAIN in presence of host failure. This algorithm provides an efficient way to maintain end-to-end communication.

Subjects / Keywords

fault tolerance; distributed systems; functional structuring; dynamic regeneration