Titlebook: Space Information Networks; 7th International Co Quan Yu Conference proceedings 2024 The Editor(s) (if applicable) and The Author(s), under

annexation

stems (Machado et al, 1991b). It combines the expressiveness of semantic networks, the naturalness of fuzzy logic and the learning power of both inductive and deductive learning strategies..The semantic networks give the system the ability to represent symbolic concepts, to structure and organize th

越自我

A System-Level Entity-in-the-Loop Simulation Platform for Space-Terrestrial Integrated Network,estrial integrated networks. Utilizing systemic simulation and a satellite-based edge core network deployment strategy facilitated by the testbed, we achieve improvements in access robustness. Lastly, the testbed’s adaptability and potential as a tool for future network design and optimization are also highlighted.

covert

,An Efficient Transmission-Reception Scheme for LoRa-Based Uplink Satellite IoT Communications, in order to achieve a good tradeoff between detection performance and transmission rate, and the superposition reception can mitigate the negative effect of the superposition of the noises and interferences. Simulation results validate the efficiency of the proposed scheme.

arrhythmic

modest

致词

A Content-Based Generator Method for Vessel Detection,the object recognition field, accurate acquisition of vessel location and classification information is crucial to develop strategic plans. However, the lack of ship samples in RS images has been hindering the research of ship fine categorization. In this paper, a vessel generation method based on g

Delectable

,Applications of Deep Learning in Satellite Communication: A Survey,te communications has garnered significant interest. This paper outlines the current research status of deep learning applications in satellite communication from the perspective of the physical layer, data link layer, and network layer. It also examines the limitations of deep learning in satellite

GULF

Vulnerary

,Cooperative Beam Hopping for LEO Constellation Network,ion. However, because of the limited coverage of a single satellite and the high-speed space-ground relative movement, how to leverage the precise satellite resources to satisfy the user terminals’ requests is an important issue. Beam hopping technique is an efficient way to handle this issue by sch

AVANT

,IP Tunneling Based for Mobility Management in LEO Constellation Networks,emands for massive data communications and global coverage. However, due to the high-speed movement of low orbit satellites relative to the ground, mobility management is one of the most challenging research topics for enabling mobility service in LEO satellite networks. In this paper, we propose an