The hyperion project

Marcelo Arenas, Vasiliki Kantere, Anastasios Kementsietsidis, Iluju Kiringa, Renée J. Miller, John Mylopoulos

ACM SIGMOD Record · 2003 · 189 citations · 12 references

Concepts

TL;DR

Peer database management systems form a network of nodes that coordinate typical DBMS tasks, resembling conventional multidatabases but lacking a central authority, global schema, and permanent participation, and the Hyperion project aims to advance this paradigm. The study presents the Hyperion architecture, outlines its challenges, and describes current solutions and remaining research issues. The proposed architecture eliminates central control and a global schema, relies on transient peer participation, and employs evolving coordination rules to manage database tasks.

Abstract

We present an architecture and a set of challenges for peer database management systems. These systems team up to build a network of nodes (peers) that coordinate at run time most of the typical DBMS tasks such as the querying, updating, and sharing of data. Such a network works in a way similar to conventional multidatabases. Conventional multidatabase systems are founded on key concepts such as those of a global schema, central administrative authority, data integration, global access to multiple databases, permanent participation of databases, etc. Instead, our proposal assumes total absence of any central authority or control, no global schema, transient participation of peer databases, and constantly evolving coordination rules among databases. In this work, we describe the status of the Hyperion project, present our current solutions, and outline remaining research issues.

References

12