In the public-key setting, known constructions of function-private functional encryption (FPFE) were limited to very restricted classes of functionalities like inner-product. Moreover, its power has not been well investigated. The authors construct FPFE for general functions and explore its powerful applications, both for general and specific functionalities. One key observation entailed by their results is that attribute-based encryption with function privacy implies FE, a notable fact that sheds light on the importance of the function privacy property for FE
We put forth a new notion of distributed public key functional encryption. In such a functional encr...
3École polytechnique fédérale de Lausanne Motivated by privacy and usability requirements in various...
Thesis: M. Eng. in Computer Science and Engineering, Massachusetts Institute of Technology, Departme...
In the public-key setting, known constructions of function-private functional encryption (FPFE) were...
peer reviewedIn the public-key setting, known constructions of function-private functional encryptio...
In the public-key setting, known constructions of functionprivate functional encryption (FPFE) were ...
Functional encryption supports restricted decryption keys that allow users to learn specic functions...
In recent years, a new, generalized notion of public-key primitive called Functional Encryption (FE)...
This work furthers the exploration of meaningful definitions for security of Functional Encryption. ...
Functional encryption (FE) is a generalization of many commonly employed crypto- graphic primitives,...
In CRYPTO 2014 Bitansky et al. introduced a natural strengthening of indistinguishabil-ity obfuscati...
As many services have changed from offline to online, a lot of personal information including user p...
Confidentiality can be usually achieved by conventional encryption, which hides sensitive data from ...
We extend the reach of functional encryption schemes that are provably secure under simple assumptio...
International audienceFunctional encryption (FE) gives the power to retain control of sensitive info...
We put forth a new notion of distributed public key functional encryption. In such a functional encr...
3École polytechnique fédérale de Lausanne Motivated by privacy and usability requirements in various...
Thesis: M. Eng. in Computer Science and Engineering, Massachusetts Institute of Technology, Departme...
In the public-key setting, known constructions of function-private functional encryption (FPFE) were...
peer reviewedIn the public-key setting, known constructions of function-private functional encryptio...
In the public-key setting, known constructions of functionprivate functional encryption (FPFE) were ...
Functional encryption supports restricted decryption keys that allow users to learn specic functions...
In recent years, a new, generalized notion of public-key primitive called Functional Encryption (FE)...
This work furthers the exploration of meaningful definitions for security of Functional Encryption. ...
Functional encryption (FE) is a generalization of many commonly employed crypto- graphic primitives,...
In CRYPTO 2014 Bitansky et al. introduced a natural strengthening of indistinguishabil-ity obfuscati...
As many services have changed from offline to online, a lot of personal information including user p...
Confidentiality can be usually achieved by conventional encryption, which hides sensitive data from ...
We extend the reach of functional encryption schemes that are provably secure under simple assumptio...
International audienceFunctional encryption (FE) gives the power to retain control of sensitive info...
We put forth a new notion of distributed public key functional encryption. In such a functional encr...
3École polytechnique fédérale de Lausanne Motivated by privacy and usability requirements in various...
Thesis: M. Eng. in Computer Science and Engineering, Massachusetts Institute of Technology, Departme...