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An access control model supporting periodicity constraints and temporal reasoning
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Source ACM Transactions on Database Systems (TODS) archive
Volume 23 ,  Issue 3  (September 1998) table of contents
Pages: 231 - 285  
Year of Publication: 1998
ISSN:0362-5915
Authors
Elisa Bertino  Univ. di Milano, Milan, Italy
Claudio Bettini  Univ. di Milano, Milan, Italy
Elena Ferrari  Univ. di Milano, Milan, Italy
Pierangela Samarati  Univ. di Milano, Milan, Italy
Publisher
ACM  New York, NY, USA
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ABSTRACT

Access control models, such as the ones supported by commercial DBMSs, are not yet able to fully meet many application needs. An important requirement derives from the temporal dimension that permissions have in many real-world situations. Permissions are often limited in time or may hold only for specific periods of time. In this article, we present an access control model in which periodic temporal intervals are associated with authorizations. An authorization is automatically granted in the specified intervals and revoked when such intervals expire. Deductive temporal rules with periodicity and order constraints are provided to derive new authorizations based on the presence or absence of other authorizations in specific periods of time. We provide a solution to the problem of ensuring the uniqueness of the global set of valid authorizations derivable at each instant, and we propose an algorithm to compute this set. Moreover, we address issues related to the efficiency of access control by adopting a materialization approach. The resulting model provides a high degree of flexibility and supports the specification of several protection requirements that cannot be expressed in traditional access control models.


REFERENCES

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BERTINO, E., BETTINI, C., FERRARI, E., AND SAMARATI, P. 1996c. On using materialization strategies for a temporal authorization model. In Post-SIGMOD Workshop on Materialized Views: Techniques and Applications Proceedings (Montreal, Que., June 6), 34-81.
 
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CITED BY  50


REVIEW

"Eduardo B. Fernandez : Reviewer"

An access control model is presented in which periodic temporal intervals are associated with authorizations. Authorizations are valid within a specific interval and are revoked at the end of the interval. The authors first define   more...

Collaborative Colleagues:
Elisa Bertino: colleagues
Claudio Bettini: colleagues
Elena Ferrari: colleagues
Pierangela Samarati: colleagues