Network on chip is widely restricted with power utilization and area occupation due to the
usage of buffers. Hence, the design of bufferless architecture entirely eliminates such kind of …

Despite extensive researches on explosive synchronization, the interplay between it and
traffic dynamics has not received enough attentions. In this paper, we develop a traffic-driven …

This brief is concerned with the and norm-constrained optimization problems of dynamic
buffer networks. The extended network model is introduced first, wherein the weights of all …

IoT deployments that have limited memories lack sustained computation power and have
limited connectivity to the Internet due to intermittent last-mile connectivity, particularly in …

By increasing the number of cores on a chip in the past decade, the network-on-chip
technology has been developed to address scalability issues that arise in highly demanded …

Nowadays, with the increasing population of a city, the vehicle demand especially in rush
hours of weekdays increases remarkably. To dispatch taxicabs efficiently, taxicab …

In real complex systems, the limited storage capacity of physical devices often results in the
loss of data. We study the effect of buffer size on packet loss threshold in scale-free …

The development of information and communication technologies (ICT) and data science is
changing the structure of society, including the movement of people and goods or mobility …

This paper is devoted to investigating the cluster synchronization of a class of nonlinearly
coupled Lur'e networks. A novel adaptive pinning control strategy is introduced, which is …

This letter deals with the optimization problems of stochastic switching buffer networks,
where the switching law is governed by Markov process. The dynamical buffer network is …