Abstract. A ring signature scheme is a group signature scheme with no group manager to setup a group or revoke a signer. A linkable ring signature, introduced by Liu, et al. [20], additionally allows anyone to determine if two ring signatures are signed by the same group member (a.k.a. they are linked). In this paper, we present the first separable linkable ring signature scheme, which also supports an efficient thresholding option. We also present the security model and reduce the security of our scheme to well-known hardness assumptions. In particular, we introduce the security notions of accusatory linkability and non-slanderability to linkable ring signatures. Our scheme supports “event-oriented ” linking. Applications to such linking c...
Ring signatures allow for creating signatures on behalf of an ad hoc group of signers, hiding the ...
The ring signature allows a signer to leak secrets anonymously, without the risk of identity escrow...
We construct efficient ring signatures (RS) from isogeny and lattice assumptions. Our ring signature...
Ring signatures enable a signer to sign a message on behalf of a group anonymously, without revealin...
Abstract. A ring signature scheme can be viewed as a group signature scheme with no anonymity revoca...
Ring signatures are a cryptographic primitive that allow a signer to anonymously sign messages on be...
We propose a simple, general, and unified framework for constructing unique ring signatures that sim...
Ring signatures, first introduced by Rivest, Shamir, and Tauman, enable a user to sign a message so ...
In threshold ring signature schemes, any group of t entities spontaneously conscript arbitrarily n -...
In this paper, a novel linkable ring signature scheme is constructed. The hash value of the public k...
In this paper, we propose a new notion called Certificate Based Ring Signature (CBRS) that follows t...
In this paper, we propose a new ID-based event-oriented linkable ring sig-nature scheme, with an opt...
Since the introduction of Identity-based (ID-based) cryptography by Shamir in 1984, numerous ID-base...
We construct efficient ring signatures (RS) from isogeny and lattice assumptions. Our ring signature...
Abstract. Ring signatures and group signatures are prominent cryptographic primitives offering a com...
Ring signatures allow for creating signatures on behalf of an ad hoc group of signers, hiding the ...
The ring signature allows a signer to leak secrets anonymously, without the risk of identity escrow...
We construct efficient ring signatures (RS) from isogeny and lattice assumptions. Our ring signature...
Ring signatures enable a signer to sign a message on behalf of a group anonymously, without revealin...
Abstract. A ring signature scheme can be viewed as a group signature scheme with no anonymity revoca...
Ring signatures are a cryptographic primitive that allow a signer to anonymously sign messages on be...
We propose a simple, general, and unified framework for constructing unique ring signatures that sim...
Ring signatures, first introduced by Rivest, Shamir, and Tauman, enable a user to sign a message so ...
In threshold ring signature schemes, any group of t entities spontaneously conscript arbitrarily n -...
In this paper, a novel linkable ring signature scheme is constructed. The hash value of the public k...
In this paper, we propose a new notion called Certificate Based Ring Signature (CBRS) that follows t...
In this paper, we propose a new ID-based event-oriented linkable ring sig-nature scheme, with an opt...
Since the introduction of Identity-based (ID-based) cryptography by Shamir in 1984, numerous ID-base...
We construct efficient ring signatures (RS) from isogeny and lattice assumptions. Our ring signature...
Abstract. Ring signatures and group signatures are prominent cryptographic primitives offering a com...
Ring signatures allow for creating signatures on behalf of an ad hoc group of signers, hiding the ...
The ring signature allows a signer to leak secrets anonymously, without the risk of identity escrow...
We construct efficient ring signatures (RS) from isogeny and lattice assumptions. Our ring signature...