Advanced Satellite Communications
Description
Applications of satellite communications has broader usage; for instance, voice, video calling, internet, fax, television, and radio communications. There are abundant and various types of satellites that has applications from amplification of radio telecommunications to military applications and most importantly its application is globally, and it also allows transmission of high amount of data.
In this paper various types of advanced satellites are discussed; some of them are quantum communication through satellites, metamaterials for better satellite antennas, National Aeronautics and Space Administration’s (NASA) laser communications, ZigBee based inter-satellite communications, quantum encryption network through satellite.
Files
Advanced Satellite Communications.pdf
Files
(637.1 kB)
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Additional details
Related works
- Is identical to
- Journal article: https://crimsonpublishers.com/aes/pdf/AES.000505.pdf (URL)
References
- Intel Sat General (2019) A primer on using satellites for communications.
- Christopher JP, Sarah Kaiser, Jean PB, Jeongwan J, Nigar S, et al. (2017) Airborne demonstration of a quantum key distribution receiver payload. Quantum Science and Technology 2(2): 024009.
- IOP Publishing (2017) Viability of quantum satellite communications. Science Daily.
- Erik Lier, Douglas HW, Clinton PS, Qi Wu, Jeremy AB (2011) An octavebandwidth negligible-loss radiofrequency metamaterial. Nature Materials 10: 216-222.
- Penn State (2011) Metamaterials approach makes better satellite antennas. Science Daily.
- NASA/Goddard Space Flight Center (2013) NASA's first laser communication system integrated, ready for launch. Science Daily.
- Shuanglong X, Guo Xiong L, Kay SL, Erry G (2014) Wireless Sensor Network for Satellite Applications: A Survey and Case Study. Unmanned Systems 02(03): 261-277.
- World Scientific. (2014, August 25). World's first ZigBee-based intersatellite comms system. Science Daily.
- K. Günthner, I Khan, D Elser, B Stiller, O Bayraktar, et al. (2017) Quantumlimited measurements of optical signals from a geostationary satellite. Optica 4(6): 611.
- The Optical Society (2017) Shortcut to satellite-based quantum encryption network: Precise Earth-based measurements of optical signals from satellite show that equipment already in space can be adapted for extremely secure data encryption. Science Daily.