Abstract. The machine learning community has focused on confiden-tiality problems associated with statistical analyses that “integrate ” data stored in multiple, distributed databases where there are barriers to sim-ply integrating the databases. This paper discusses various techniques which can be used to perform statistical analysis for categorical data, especially in the form of log-linear analysis and logistic regression over partitioned databases, while limiting confidentiality concerns. We show how ideas from the current literature that focus on “secure ” summa-tions and secure regression analysis can be adapted or generalized to the categorical data setting.
Abstract. In the statistical literature, there has been considerable development of methods of data ...
Background: Learning a model without accessing raw data has been an intriguing idea to security and ...
There are many distinctions between statistical research databases and those arising in commercial o...
We present several methods for performing linear regression on the union of distributed databases th...
Privacy-preserving data mining (PPDM) techniques aim to construct efficient data mining algorithms w...
We present a method for performing linear regression on the union of distributed databases that doe...
Reluctance of statistical agencies and other data owners to share possibly confidential or proprieta...
Preserving the privacy of individual databases when carrying out statistical calculations has a long...
Abstract. Considerable effort has gone into understanding issues of pri-vacy protection of individua...
We present a method for performing statistical valid linear regressions on the union of distributed ...
Scientific collaborations benefit from sharing information and data from distributed sources, but pr...
The categorized data that will be analyzed in this paper will be of the type that will use the logis...
In several social and biomedical investigations the collected data can be classified into several ca...
<p>Each institution (possessing private data) locally computes summary statistics from its own data,...
Much data and information have been collected about us from all aspects of our life. Sometimes, we n...
Abstract. In the statistical literature, there has been considerable development of methods of data ...
Background: Learning a model without accessing raw data has been an intriguing idea to security and ...
There are many distinctions between statistical research databases and those arising in commercial o...
We present several methods for performing linear regression on the union of distributed databases th...
Privacy-preserving data mining (PPDM) techniques aim to construct efficient data mining algorithms w...
We present a method for performing linear regression on the union of distributed databases that doe...
Reluctance of statistical agencies and other data owners to share possibly confidential or proprieta...
Preserving the privacy of individual databases when carrying out statistical calculations has a long...
Abstract. Considerable effort has gone into understanding issues of pri-vacy protection of individua...
We present a method for performing statistical valid linear regressions on the union of distributed ...
Scientific collaborations benefit from sharing information and data from distributed sources, but pr...
The categorized data that will be analyzed in this paper will be of the type that will use the logis...
In several social and biomedical investigations the collected data can be classified into several ca...
<p>Each institution (possessing private data) locally computes summary statistics from its own data,...
Much data and information have been collected about us from all aspects of our life. Sometimes, we n...
Abstract. In the statistical literature, there has been considerable development of methods of data ...
Background: Learning a model without accessing raw data has been an intriguing idea to security and ...
There are many distinctions between statistical research databases and those arising in commercial o...