Xiaodong Lin

TL;DR: This is the first research effort for significantly reducing the certificate management and revocation in partially blind signature, and is characterized by the adoption of bilinear pairings and the analytic techniques of provable security.

TL;DR: A transparent and accountable vehicular local advertising system is developed by utilizing the tamper-proof and open nature of the blockchain technology and the security requirements are defined as Auditing Security and the notion with the security analysis is defined.

TL;DR: This paper proposes a Novel and Efficient Hash-chain based Certificate Management (NEHCM) scheme for vehicular communications and demonstrates that the proposed scheme outperforms previously reported works in terms of the revocation cost.

TL;DR: This paper proposes a novel lossy encrypted image compression method, which is based on the CS, dictionary coding, and recent sparse couple reconstruction theories, and can achieve much higher compression ratio of JPEG2000 with the similar reconstruction quality and can obtain much better reconstruction quality than CS based methods with a similar compression ratio.

TL;DR: This paper proposes a new dynamic group key management scheme to minimize the rekeying cost, based on the forward security and secret sharing techniques, which can provide anonymous authentication as well as forward and backward confidentiality.