The recent literature has proposed a visionary and potentially disruptive idea, ie to deploy
some sort of cellular networking infrastructure on Mars, based on terrestrial LTE principles …

In this paper we analyze the bounds on the reliability of RaptorQ codes under maximum
likelihood decoding, especially in the finite-length regime. RaptorQ code ensembles by a …

As the attention towards the exploration of the “Red Planet”, ie Mars, increases, the need of
models representing the Martian conditions becomes fundamental in order to support future …

The future communication requirements for industrial automation will differ significantly from
existing technologies. Traffic in Industry 4.0 imposes real‐time requirements, requiring ultra …

In recent years, a disruption-tolerant network (DTN) has attracted significant attention
regarding lunar exploration, as they can be employed in various relay spacecraft, such as …

Recently, the literature has proposed some solutions to manage wireless connectivity on the
Martian surface. This comes from the growing attention towards the exploration of the “Red …

This article investigates outage statistics of double gamma–gamma random variable (RV)
modeled as the product of two independent and identically distributed gamma–gamma RVs …

Recently, with the development of Ka/Q/V mmWave band high throughput satellites (HTS)
and space information networks (SIN), distributed/virtual multiple-input multiple-output …

In this paper, we analysis the maximum likelihood (ML) decoding failure probability (DFP) of
finite length RaptorQ codes with a high-order low density generator-matrix (LDGM) code as …

Massive machine-to-machine (mM2M) communication requires data transmission in short
packets, but at present, the theory of short length code design and optimazation is still …