In a functional encryption scheme, secret keys are associated with functions and ciphertexts
are associated with messages. Given a secret key for a function f, and a ciphertext for a …

We extend the reach of functional encryption schemes that are provably secure under
simple assumptions against unbounded collusion to include function-hiding inner product …

Functional encryption (FE) supports constrained decryption keys that allow decrypters to
learn specific functions of encrypted messages. In numerous practical applications of FE …

Functional encryption supports restricted decryption keys that allow users to learn specific
functions of the encrypted messages. Although the vast majority of research on functional …

This paper presents two non-generic and practically efficient private key multi-input
functional encryption (MIFE) schemes for the multi-input version of the inner product …

Private-key functional encryption enables fine-grained access to symmetrically encrypted
data. Although private-key functional encryption (supporting an unbounded number of keys …

We construct an efficient non-generic private-key functional encryption (FE) for inner-product
values with full-hiding security, where confidentiality is assured not only for encrypted data …

Functional Encryption (FE) expands traditional public-key encryption in two different ways: it
supports fine-grained access control and allows learning a function of the encrypted data. In …

Asymmetric searchable encryption allows searches to be carried over ciphertexts, through
delegation, and by means of trapdoors issued by the owner of the data. Public Key …

Functional Encryption (FE) is an exciting new paradigm that extends the notion of public key
encryption. In this work we explore the security of Inner Product Functional Encryption …