Wireless data broadcasting is an efficient, bandwidth preserving way of data dissemination.
However, as the amount of data increases, the waiting time of the clients becomes …

State-of-the-art, flat structures called metasurfaces can filter and steer light and sound,
render an object completely invisible to electromagnetic waves, and much more. They can …

In environments with locality of client demands, the use of multiple directional antennas at
the Broadcast Server has been shown to increase performance. In many cases however …

Reconfigurable Intelligent Surfaces (RIS) have the ability to actively control wave
propagation through space, enabling the creation of Programmable Wireless Environments …

This letter addresses a low‐complexity adaptive wireless data broadcasting system.
Specifically, it proposes a way for reducing the computational complexity of the estimation …

Data dissemination via periodic broadcasting considers a set of items, each with a given
request probability, size and scheduling cost. The goal is to construct a broadcast schedule …

In wireless push-based systems traffic is asymmetric meaning that the server has much more
bandwidth available, as compared to the clients. Since it is often not possible or desirable for …

To provide increasing multimedia broadcast/multicast services (MBMSs), the third
generation partnership project modified long‐term evolution release nine documents to …

Waiting time-optimal scheduling of items for broadcasting in wireless environments requires
knowledge of their corresponding access probabilities. Feedback mechanisms have been …

The present paper proposes a generalization of the square root rule for optimal periodic
scheduling. The rule defines a ratio of item occurrences in a schedule, which minimizes the …