Stages of development of modern network technologies and example of creation of energy-effective multimedia service on the base of microcomputer node
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Abstract
The stages of network technologies and their development tendencies are considered in this article. Paying attention to the constantly progressive increasing of the amount of home devices, which are controlled via Internet, to the technical problems, which are appears by that, and to the effective methods of its solving. An example of creation of low-power multimedia service on the base of microcomputer node, which realized the inexpensive system for microcomputer control of home media centre on the base of microcomputer Raspberry Pi, is given.
Reference 19, figures 5, tables 1.
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References
Luntovskyy A., Guetter D., Melnyk I. (2013), „Planung und Optimierung von Rechnernetzen: Metho-den, Modelle, Tools für Entwurf, Diagnose und Management im Lebenszyklus von drahtgebundenen und drahtlosen Rechner¬net¬zen”. Springer / Vieweg + Teubner Verlag Wiesbaden, 2011. – P. 411. (GER).
Luntovskyy A.O., Klymash M.M., Semenko A.I. (2012), “Rozpodileni servisy telekomunikaciynyh me-rezh ta povsyudnyy kompyuting i Cloud-tehnologii”. Lviv, Lvivs’ka politehnika, P. 386. (UKR)
Luntovskyy A.O. Zaharchenko M.V., Semenko A.I. (2014), “Multiservisni mobilni platformy”. Kyiv, Derzhuniversytet telekomunikaciy DUT, P. 216. (UKR).
Friedemann Mattern et al (2011), “From the Internet of Things to the Web of Things: Resource Ori-ented Architecture and Best Practices”. In “Architecting the Internet of Things”, New York - Dordrecht - Heidelberg - London, Springer, pp. 97 – 129.
Luntovskyy A.O., Klymash M.M. (2014), “Informaciyna bezpeka kompyuternyh sys¬tem”. Lviv, Lvivs’ka politehnika, P. 464 (UKR)
Melnyk I.V., Shikova M.S. (2014), “Odnoplatnyy komputer kak vazhnyy element intellektualnyh sys-tem”. VIII naukova-praktychna konferentsiya “Perspektyvni napryamky suchasnoyi elektroniky”. Mate-rialy konferentsii. Kyiv, NTUU “KPI”. P. 88–91. (RUS)
M.Richardson, S.Wallace. (2012),”Getting Started with Raspberry Pi: O'Reilly Media”. P. 175
