This article proposes a novel atmospheric data-driven Q-band satellite channel model using
two artificial neural networks, ie, multilayer perceptron and long short-term memory (LSTM) …

Abstract The Tracking, Telemetering, and Command (TT&C) communication of spacecraft
faces severe limitations during reentry. The Electromagnetic (EM) propagation channel is …

Channel modeling of a plasma sheath for hypersonic reentry vehicles is important in
addressing reentry communication blackout issues. Given that the time-varying property of …

Research on mobile satellite and high-altitude platform (HAP) systems (MSHSs) has
recently proliferated because of the allocation of additional spectrum, the intense …

In this contribution we present the results of a study on land mobile satellite channel models
for satellite systems with multiple satellites. The slow fading of our channel model for several …

The performance of mobile satellite networks in built up areas is liable to deterioration since
the wireless channel variations significantly affect the link availability over time. Previous …

For reentry communication, owing to the influence of the highly dynamic plasma sheath
(PS), the parasitic modulation effect can occur and the received phase shift keying (PSK) …

A model of the LOng‐RAnge Navigation signal can provide a mathematical model for the
development of related technology research. The propagation variations of the signal exhibit …

Due to the severe impact of dynamic plasma sheath on electromagnetic (EM) waves, the
communication quality of hypersonic vehicles deteriorates, even resulting in communication …

低轨卫星(LEO) 具备通信时延低, 部署成本低, 覆盖范围广的特点, 已经成为了建设未来空天地
一体化网络的重要组成部分. 然而卫星通信中端到端传播距离长, 经历衰落复杂 …