Mohsen Guizani

TL;DR: This work analytically and empirically verify that Bird-VNE outperforms existing VNE algorithms with respect to computational efficiency, closeness to optimality, and its ability to avoid potential migrations in mobile wireless networks.

TL;DR: A symmetric encryption scheme for industrial ecosystems in the Internet of Thing (IoT) environment is proposed and the performance evaluation and security analysis demonstrate successful user privacy and integrity with lower computational resources and communication overhead.

TL;DR: A probabilistic source location privacy (PSLP) protection scheme for WSNs is proposed and results demonstrate that the proposed PSLP scheme improves the safety time without compromising the energy consumption.

TL;DR: This article presents an innovative code-division multiple access system architecture that is based on orthogonal complementary spreading codes and time-frequency domain spreading that offers multiple-access-interference-free operation in AWGN channels, reduces co-channel interference significantly, and has the potential for higher capacity and spectral efficiency than conventional CDMA systems.

TL;DR: This paper develops computationally efficient analytical models and compares three load sharing schemes, namely, no sharing, random sharing, and least loaded sharing, which exploit the collaboration between clustered servers in different degrees and shows that the leastloaded sharing scheme is most suitable to fully exploit the collaborated servers and achieve load balance among them.