The security problem of statistical databases containing anonymous but individual records which may be evaluated by queries about sums and averages is considered. A model, more realistic than the previous ones, is proposed, in which nonexisting records for some keys can be allowed. Under the assumption that the system protects the individual's information by the well-known technique which avoids publishing summaries with small counts, several properties about the system and a necessary and sufficiernt condition for compromising the database have been derived. The minimum number of queries needed to compromise the database is also discussed.link_to_subscribed_fulltex
This article gives a survey of discrete and combinatorial algorithms and methods for database securi...
We will consider the following problem in this paper: Assume that there are n numerical data {x(1),x...
This article gives a survey of combinatorial algorithms and methods for database security related to...
The security problem of a statistical database is to limit the use of the database so that no sequen...
This paper considers the problem of providing security to statistical databases against disclosure o...
Statistical database security focuses on the protection of confidential individual values stored in ...
Abstract. In many practical situations, it is important to store large amounts of data and to be abl...
This paper proposes a statistical perturbation scheme to protect a statistical database against caDp...
The basic inference problem is defined as follows: For a finite set X equals left brace x//1,. . . ,...
In response to queries asked to a statistical database, the query system should avoid releasing summ...
A statistical database is said to be secure if no sensitive statistics are disclosed. An important p...
The security problem of a statistical database is to limit database use so that no private informati...
Research in Controlling Inference in statistical databases (SDBs) has been under way for over 20 yea...
Disclosure limitation methods transform statistical databases to protect confidentiality, a practica...
A statistical database (SDB) is a databasethat contains a large number of individualsensitive record...
This article gives a survey of discrete and combinatorial algorithms and methods for database securi...
We will consider the following problem in this paper: Assume that there are n numerical data {x(1),x...
This article gives a survey of combinatorial algorithms and methods for database security related to...
The security problem of a statistical database is to limit the use of the database so that no sequen...
This paper considers the problem of providing security to statistical databases against disclosure o...
Statistical database security focuses on the protection of confidential individual values stored in ...
Abstract. In many practical situations, it is important to store large amounts of data and to be abl...
This paper proposes a statistical perturbation scheme to protect a statistical database against caDp...
The basic inference problem is defined as follows: For a finite set X equals left brace x//1,. . . ,...
In response to queries asked to a statistical database, the query system should avoid releasing summ...
A statistical database is said to be secure if no sensitive statistics are disclosed. An important p...
The security problem of a statistical database is to limit database use so that no private informati...
Research in Controlling Inference in statistical databases (SDBs) has been under way for over 20 yea...
Disclosure limitation methods transform statistical databases to protect confidentiality, a practica...
A statistical database (SDB) is a databasethat contains a large number of individualsensitive record...
This article gives a survey of discrete and combinatorial algorithms and methods for database securi...
We will consider the following problem in this paper: Assume that there are n numerical data {x(1),x...
This article gives a survey of combinatorial algorithms and methods for database security related to...