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天地一体化信息网络, Pp 1-11 (2026)
Scopus
ISSN 2096-8930 · Post&Telecom Press Co.,LTD · 505 artikel di indeks
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Artikel Jurnal
Physical Cell Identity Planning for Access Interference Avoidance in Large-Scale LEO Satellite Networks
LEO satellite communication networks, featuring wide coverage, low latency, and flexible deployment, have become an important part of integrated space-terrestrial communications. However, during downlink synchronization for random access in large-scale LEO constellations, PCI modulo-3, modulo-4…
Juga tersedia di: DOAJ
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Artikel Jurnal
Research on the application of VxLAN technology in space-integrated-ground networks
Addressing the requirements for cross-regional interconnection, multi-vendor device coexistence, and service isolation within the ground internet bearer layer of integrated space-terrestrial network systems, this paper investigates the challenges of adapting VxLAN heterogeneous networking within…
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Artikel Jurnal
Research on space-ground integration technology and narrowband services based on low orbit IoT constellations
With the promotion and application of Beidou short message, the space-ground integrated network technology based on low orbit IoT satellite system is also developing rapidly, which provides a channel for ubiquitous transmission of narrowband data. To meet the ubiquitous transmission requirements of…
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Artikel Jurnal
Analysis and prospects of kill chain/web based on cross-domain converged network communication architecture
In recent years, the rapid development of new-quality information technologies such as 5G/6G, the Internet of things (IoT), cloud computing, network slicing, and intelligent decision-making has given rise to a new generation of kill chains/webs characterized by “cross-domain networking…
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Artikel Jurnal
Research on the architecture and key technologies of low earth orbit satellite heterogeneous roaming communication network
The deep integration of low earth orbit satellite networks and ground networks would jointly support the vision of 6G “ubiquitous terminal access”. Implementing satellite ground collaborative networking through cross network roaming could help reduce network construction costs, expand coverage, and…
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Artikel Jurnal
Research review on spaceborne core network
With the rapid evolution of 6G communication technology and space-air-ground integrated networks, the spaceborne core network, as a key supporting technology to achieve global seamless coverage and improve network service quality, has become a research focus jointly concerned by the academic and…
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Artikel Jurnal
Research on end-to-end routing mechanism for LEO mega-constellation networks
Satellite communication networks composed of low earth orbit mega-constellation network needs to solve the end-to-end routing problem between ground terminals through direct satellite connections. To this end, the characteristics of low-orbit mega-constellations are first analyzed, and a mobility…
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Artikel Jurnal
Research on semantic communication architecture and codec in 6G satellite networks
As 6G technology evolves toward ultra-high speed, extremely low latency and global coverage, semantic communication, as a new generation of intelligent communication paradigm, can effectively address issues such as redundant data transmission and cross-system compatibility in traditional…
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Artikel Jurnal
Development, application paradigms and future prospects of large-scale heterogeneous remote sensing constellations technologies
Traditional remote sensing systems struggle to meet the globalized and high-timeliness demands for earth observation, driving a profound transformation of the earth observation system toward large-scale heterogeneous constellations. This study provides a systematic review of recent advances in this…
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Artikel Jurnal
Spatio-temporal prediction method for the downlink service intensity of low-orbit multi-beam satellites
LEO mega-constellations are revolutionizing global broadband connectivity landscape. However, constrained by the multidimensional scarcity of on-board power, spectrum bandwidth, and beam hopping time slots, efficient resource scheduling critically depends on prior knowledge of future traffic…
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Artikel Jurnal
Joint representation method of multi-dimensional attribute features for low earth orbit mega-constellations
With the evolution of low earth orbit (LEO) constellations toward large-scale and highly dynamic systems, their time-varying topologies and dynamic resources pose significant challenges to network management. To address this, we propose a joint representation method of multi-dimensional attribute…
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Artikel Jurnal
SICN: Conception of space-based intelligent cloud network architecture
With the accelerating intelligentization of space exploration and utilization, projects represented by Starlink and Project Suncatcher have begun to promote the deployment of space-based data centers. Against this background, how to deeply integrate multidimensional resources such as communication…
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Artikel Jurnal
Analysis of Starlink Constellation Technical System and Prospects for Development Trends
At present, the construction of global low-orbit satellite constellations and the commercialization process of satellite internet are accelerating, and a satellite communication network with global coverage, ubiquitous interconnection and deep integration is taking shape at a fast pace. Starlink is…
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Artikel Jurnal
Optimization Design of Multi-Objective Cooperative Constellation Architecture for Integrated Communication, Navigation and Remote Sensing: Targeting Disaster Response and Urban Monitoring Across China
Addressing the exacerbated extreme disaster losses in China under the context of global climate change and the triple gaps of existing satellite systems in emergency response—limited satellite data return windows, increased end-to-end latency due to segregated deployment of communication…
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Artikel Jurnal
Research on Topology Management and Routing for Navigation Constellations with Hybrid Laser/Microwave Links
Hybrid laser/microwave links system can combine the advantages of high speed and low latency of laser links and the stability of microwave links in harsh environments to provide more reliable and efficient communication services for satellite navigation systems. Taking the navigation constellation…
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Artikel Jurnal
Fault Characterization and Fault-Tolerant Mechanism for Space-Based Computing
With the rapid development of commercial aerospace, space-based computing systems are confronted with dual challenges of high failure rates caused by space radiation and the surging demand for computing power resulting from the rapid increase in mission scale. To enhance the reliability and…