PROJECT TITLE :

Towards Secure Data Distribution Systems in Mobile Cloud Computing - 2017

ABSTRACT:

Though the electronic technologies have undergone quick developments in recent years, mobile devices such as smartphones are still comparatively weak in contrast to desktops in terms of computational capability, storage, etc., and don't seem to be ready to fulfill the increasing demands from mobile users. By integrating mobile computing and cloud computing, mobile cloud computing (MCC) greatly extends the boundary of the mobile applications, however it additionally inherits several challenges in cloud computing, e.g., information privacy and data integrity. During this paper, we tend to leverage several cryptographic primitives like a replacement kind-based mostly proxy re-encryption to style a secure and economical data distribution system in MCC, that provides knowledge privacy, information integrity, knowledge authentication, and flexible information distribution with access control. Compared to traditional cloud-based mostly information storage systems, our system could be a lightweight and easily deployable answer for mobile users in MCC since no trusted third parties are involved and each mobile user only has to keep short secret keys consisting of three group parts for all cryptographic operations. Finally, we gift intensive performance analysis and empirical studies to demonstrate the security, scalability, and potency of our proposed system.