About
7
Publications
830
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10
Citations
Introduction
Haiwang Wang received a B.E. in communication and information engineering from Jilin University, Changchun, China, in 2019, and a M.S. at the Innovation Academy for Microsatellites of CAS, Shanghai, China, in 2022. He is currently pursuing a Ph.D. with the Innovation Academy for Microsatellites of CAS, Shanghai.
Current institution
Education
September 2022 - June 2025
University of Chinese Academy of Sciences
Field of study
- Communication and Information System
September 2019 - June 2022
University of Chinese Academy of Sciences
Field of study
- Communication and Information System
September 2015 - July 2019
Publications
Publications (7)
The rapid deployment of satellite constellations has propelled the swift development of the satellite industry. Low-cost solutions spanning the entire industry chain will significantly accelerate the improvement of satellite internet. On the user side, phased array antenna terminals are gradually replacing reflector antennas, yet the ensuing challe...
Satellite communication has rapidly advanced, from navigation to broadband Internet and direct mobile connectivity. Driven by low Earth orbit satellites, these networks are merging with terrestrial mobile networks, forming integrated space–air–ground systems. However, the growing scale of satellite constellations has intensified intra‐system interf...
Satellite networks show the development trend in global coverage, flexible access, and reliable transmission. They are the key to building a wide coverage, massive connection, three-dimensional, all-round, all-weather, space-, air- and ground-integrated information network. Due to its high frequency and large bandwidth, the laser inter-satellite li...
By introducing the arrayed waveguide router (AWGR) optical true time-delay (OTTD) architecture in bent-pipe satellite optical inter-link to optically assist the RF phased array in Low-earth orbit satellites will extend the multi-hop bent-pipe satellite beam-hopping protocol proposed in DVB-S2X. It solves the challenge of beam steering with the supp...
As the number of non-geostationary orbit (NGSO) satellites continues to grow, interference with other communication systems, including radio astronomy systems (RASs), is becoming increasingly critical. In this study, an interference simulation framework was developed to analyse the potential impact of NGSO systems on RAS in accordance with the rele...
Large-scale broadband low earth orbit (LEO) satellite systems have become a possibility due to decreased launch costs and rapidly evolving technology. Preventing huge LEO satellite constellations from interfering with the geostationary earth orbit (GSO) satellite system, progressive pitch is a technique to avoid interference with the GSO satellite...
