International audienceIn this position paper, we discuss the problem of specifying privacy requirements for machine learning based systems, in an inter-pretable yet operational way. Explaining privacy-improving technology is a challenging problem, especially when the goal is to construct a system which at the same time is interpretable and has a high performance. In order to address this challenge, we propose to specify privacy requirements as constraints, leaving several options for the concrete implementation of the system open, followed by a constraint optimization approach to achieve an efficient implementation also, next to the interpretable privacy guarantees
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...
Ces dernières années, la préoccupation pour la protection de la vie privée s'est considérablement ac...
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...
International audienceIn this position paper, we discuss the problem of specifying privacy requireme...
International audiencePrivacy by design will become a legal obligation in the European Community if ...
The past decade has witnessed the fast growth and tremendous success of machine learning. However, r...
Differential privacy is a mathematical framework for privacy-preserving data analysis. Changing the ...
Machine learning applications in fields where data is sensitive, such as healthcare and banking, fac...
Machine learning applications in fields where data is sensitive, such as healthcare and banking, fac...
International audiencePrivacy by design will become a legal obligation in the European Community if ...
Machine learning has assumed an increasingly important role in Artificial Intelligence in recent yea...
Data holders are increasingly seeking to protect their user’s privacy, whilst still maximizing their...
The availability of large amounts of informative data is crucial for successful machine learning. Ho...
Smart environments produce large amounts of data by a plurality of sensors, which constantly track o...
International audienceThe calibration of noise for a privacy-preserving mechanism depends on the sen...
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...
Ces dernières années, la préoccupation pour la protection de la vie privée s'est considérablement ac...
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...
International audienceIn this position paper, we discuss the problem of specifying privacy requireme...
International audiencePrivacy by design will become a legal obligation in the European Community if ...
The past decade has witnessed the fast growth and tremendous success of machine learning. However, r...
Differential privacy is a mathematical framework for privacy-preserving data analysis. Changing the ...
Machine learning applications in fields where data is sensitive, such as healthcare and banking, fac...
Machine learning applications in fields where data is sensitive, such as healthcare and banking, fac...
International audiencePrivacy by design will become a legal obligation in the European Community if ...
Machine learning has assumed an increasingly important role in Artificial Intelligence in recent yea...
Data holders are increasingly seeking to protect their user’s privacy, whilst still maximizing their...
The availability of large amounts of informative data is crucial for successful machine learning. Ho...
Smart environments produce large amounts of data by a plurality of sensors, which constantly track o...
International audienceThe calibration of noise for a privacy-preserving mechanism depends on the sen...
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...
Ces dernières années, la préoccupation pour la protection de la vie privée s'est considérablement ac...
The Internet is shaping our daily lives. On the one hand, social networks like Facebook and Twitter ...