FOYDALANILGAN ADABIYOTLAR RO‘YHATI
1.
Azimov R.K. Prinsip
ы
postroeniya i proektirovaniya pervichn
ы
x
preobrazovateley s raspredelenn
ы
mi parametrami dlya sistem kontrolya
i upravleniya: Dis. dokt. texn. nauk. - Tashkent: TGTU, 1993. - 232 s.
2.
A.V. Popova. Elektropitanie ustroystv i sistem infokom-
munikatsiy: ucheb. posobie / A.V. Popova. - Xabarovsk: Izd-vo
DVGUPS, 2014. - 103 s.
3.
Abdumalikov A.A. A study of static and dynamic characteristics
of multifunctional signal converters // International scientific and
technical journal. “Chemical Technology. Control And Managment”
Tashkent. ISSN: 1815-4840, E-ISSN 2181-1105. Volume -2020. Issue
4(94). -P.38-45
4.
Abdumalikov A.A., Siddikov O.I. Hisoblash va info-
kommunikatsiya qurilmalari energiya ta’minoti monitoringining
apparat-dasturiy vositalari. “Ilm-fan va innovatsion rivojlanish” ilmiy
jurnali
. № 2/2022. ISSN 2181
-9637. Toshkent -2022. -B. 125-139
5.
Abdumalikov A.A., Yalg‘ashov A.I., Baltabayev D.M. Energiya
samaradorligini nazorat va boshqarishning axborot dasturiy ta’minoti va
smart qurilmalar // “Yosh tadqiqotchi” Ilmiy elektron jurnali. Volume
1.Issue 2. Qo‘qon-2022. –B. 50-54
6.
Abdumalikov A.A., Siddikov I.X. Hisoblash va infokom-
munikatsiya qurilmalariningenergiya ta’minotini monitoringi apparat-
dasturiy vositalari // «Avtomatlashtirilgan elektr mexanik va elektr
texnologik tizimlarning energiya samaradorligini oshirishning dolzarb
masalalari» Xalqaro ilmiy-texnik anjumaning ma’ruzalar to‘plami.
Toshkent-2022. –B. 298-302
7.
Abdumalikov A.A. Hisoblash va infokommunikatsiya majmua-
larining energiya ta’minoti qurilmalarini masofadan monitoring qilish
algoritmlari va apparat-dasturiy majmuasi // «Avtomatlashtirilgan elektr
mexanik va elektr texnologik tizimlarning energiya samaradorligini
oshirishning dolzarb masalalari» Xalqaro ilmiy-texnik anjumanning
ma’ruzalar to‘plami. II qism Toshkent-2022. –B. 274-277
8.
A.Yu.Vorobev Elektrosnabjenie kompyutern
ы
x i telekom-
munikatsionn
ы
x sistem // M.: Eko-trendz, 2002. - 181 s.
9.
Amirov S.F., Safarov A.M., Xushbokov B.X. Preobrazovateli
toka dlya vtorichn
ы
x sistem elektroenergetiki//Sovremennoe sostoyanie
i perspektiv
ы
razvitiya energetiki. Tez. dokl. Mejd. nauchno-
102
texnicheskoy konf. 18 - 20 dekabrya 2006. - Tashkent, 2006. - S. 206-
208.
10.
Azimov R.K., Siddikov I.X., Shipulin Yu.G., Isamitdinov A.M.,
Usmanaliev D.X. 1573340. Dvuxkoordinatn
ы
y preobrazovatel uglov
ы
x
pereme
щ
eniy // B.I. -1990. -
№23.
11.
Azimov R.K. Siddikov I.X. Shipulin Yu.G. Analiz osnovn
ы
x
xarakteristik elektromagnitn
ы
x preobrazovateley s ploskimi obmotkami
na osnove grafov
ы
x modeley // Izvestiya VUZov «Elektromexanika».
- Moskva, 1991. -
№.5
- S. 58-60.
12.
Amirov S.F., Xushbokov B.X., Balgaev N.Ye. Mnogo-
diapazonn
ы
e transformator
ы
toka // Elektrotexnika. – M.: 2009. –
№2.
–
S. 61-64.
13.
Andreev V.A. Releynaya za
щ
ita i avtomatika sistem
energosnabjeniya. M.: V
ы
sshaya shkola, 1991. - 496 s.
14.
Al-Ali A. R. et al. A smart home energy management system
using IoT and big data analytics approach //IEEE Transactions on
Consumer Electronics. – 2017. – T. 63. –
№. 4.
– S. 426-434.
15.
Ashraf Q.M. Energy monitoring prototype for Internet of
Things: Preliminary results //2015 IEEE 2nd World Forum on Internet
of Things (WF-IoT). IEEE, 2015. – S. 1-5.
16.
Al-Turjman F. et al. Energy monitoring in IoT-based ad hoc
networks: An overview //Computers & Electrical Engineering. – 2019. –
T. 76. – S. 133-142.
17.
V.M. Bushuev i dr. Elektropitanie ustroystv i sistem
telekommunikatsii: uchebnoe posobie dlya vuzov // M.: Goryachaya
liniya-Telekom, 2011. - 372s.
18.
B.V. Lukutin. Vozobnovlyaemaya energetika v detsentra-
lizovannom energosnabjenii: monografiya // M.: Enregoatomizdat,
2008. - 231s.
19.
V.I. Kalashnikov. Nakoplenie vozobnovlyaemoy elektricheskoy
energii problem
ы
i perspektiv
ы
razvitiya // V.I. Kalashnikov., A.V.
Levshov., S.N. Tkachenko. Elektrotexnicheskie i kompyutern
ы
e
sistem
ы, 2014,
№15(91).
- S.20-23.
20.
Borodenko V.A. Resursosberejenie kak glavn
ы
y prinsip
sozdaniya ustroystv avtomatiki energosistem // Vestnik NIA RK. M., -
2006. -
№2. 12
s.
21.
V.V. Telegin. Pov
ы
shenie effektivnosti funksionirovaniya
sistem energosnabjeniya apedpriyatiy ogranichennoy mo
щ
nosti s
103
ispolzovaniem alternativn
ы
x istochnikov energii: Dis. kan.tex.nauk.-
Lipesk-2014. S.178.
22.
Bolotin O.A., Portnoy G.Ya., Danilenko A.P. Razrabotka
effektivn
ы
x datchikov bolshix tokov // Pribor
ы
i sistem
ы
upravleniya.M
.,1992.№4.
S.31-32.
23.
Bordaev V.V., Gurtovsev A.L., Chijonok V.I. Isp
ы
tanie, v
ы
bor i
primenenie nizkovoltn
ы
x odnofazn
ы
x izmeriteln
ы
x transformatorov
toka // Elektricheskie stansii. M.,- 2004. -
№4.
- S. 37-45.
24.
Brindli Keyt. Izmeriteln
ы
e preobrazovateli. Spravochnoe
posobie. Perevod s ang. S
ы
cheva Ye.I. - M.: Energoatomizdat, 1991. -
143 s.
25.
Bagdadee A. H. et al. A brief review of the IoT-based energy
management system in the smart industry //Artificial Intelligence and
Evolutionary Computations in Engineering Systems. – 2020. – S. 443-
459.
26.
Gayibov T.Sh., Sharipov U.B., Siddikov I.X., Maxmudov T,,
«Minimizatsiya poter pri peredache elekroenergii po osnovn
ы
m
elektricheskim setyam Respubliki Uzbekistan optimizatsiey reaktivn
ы
x
mo
щ
nostey istochnikov i koeffitsientov transformatsii transformatorov»
// Otchet po teme ITD - 3 - 123 NIL «Energosberejenie i
vozobnovlyaem
ы
e istochniki energii» pri TashGTU, -Tashkent. -2012. -
22 s.
27.
Gurtovsev A.L., Bordaev V.V., Chijonok V.I. Izmeriteln
ы
e
transformator
ы
toka na 0,4 kV: isp
ы
taniya, v
ы
bor, primenenie //
Novosti Elektrotexniki. - 2004. -
№ 1(25), № 2(26).
- S. 66-71, 91-94.
28.
Govindarajan R., Meikandasivam S., Vijayakumar D. Cloud
computing based smart energy monitoring system //International Journal
of Scientific and Technology Research. – 2019. – T. 8. –
№. 10.
– S.
886-890.
29.
D.A. Filatov. Issledovanie ekspluatatsionnogo-texnologicheskix
parametrov energoustonovok na vozobnovlyaem
ы
x istochnikax energii
// Indenern
ы
y vestnik Dona
, 2015. №2
ch.2.
30.
D.A. Filatov. Primenenie vozobnovlyaem
ы
x istochnikov energii
dlya pov
ы
sheniya effektivnosti energosnabjeniya selskoxozyaystvenn
ы
x
predpriyatiy: Diss. kan.tex.nauk. - Nijniy Novgorod - 2015. S.154.
31.
Druz N., Borisova N., Asankulova A., Radjabov I., Zaxidov R.,
Tadjiev U. Polojenie del po ispolzovaniyu vozobnovlyaem
ы
x
istochnikov energii v sentralnoy Azii. Prespektiv
ы
ix ispolzovaniya i
potrebnosti v podgotovke kadrov. Almat
ы, 2010.
S.140.
104
32.
Eshmurodov Sh.S., Sharipov U.B., Gayibov T.Sh., Siddikov
I.X., Bobonazarov B.B.// Razrabotka algoritmov i metodiki
pov
ы
sheniya tochnosti dann
ы
x teleizmereniy i otsenka rabochego
sostoyaniya osnov
ы
n
ы
x elektricheskix setey elektroenergeticheskoy
sistem
ы
Respubliki Uzbekistan // Otchet po teme A-12-073. - Tashkent:
TashGTU, 2008.- 158 s.
33.
Zaxidov R.A., Kivalov N.K., Orlova N.I., Tadjiev U.A.
Perspektiv
ы
ustoychivogo
ekologicheskie
bezopasnogo
energoobespecheniya Uzbekistana s ispolzovaniem energii solnechnogo
izlucheniya, mal
ы
x vodotokov, vetra // Geliotexnika, Tashkent, 1997,
№5
-6. S.86-97.
34.
Zaripov M.F., Petrova I.Yu. Predmetno-orientirovannaya sreda
dlya poiska nov
ы
x texnicheskix resheniy «Intellekt»// IV Sankt-
Peterburgskaya mejdunarodnaya konf. «RI-95»: Tez. dokl. - Spb., 1995.
- S. 60
35.
Zaripov M.F., Petrova I.Yu. Energoinformatsionn
ы
y metod
analiza i sinteza chuvstviteln
ы
x elementov sistem upravleniya //
Datchiki i sistem
ы. 1999. № 5. ‒
S.10-16
36.
I.X. Siddikov., X.E. Xujamatov. Telekommunikatsiya
obyektlarini energiya ta’minoti ishonchligini oshirishda qayta
tiklanuvchi energiya manbalarini qo‘llash // Material konferensii
«Vozobnovlyaem
ы
e istochniki energii: texnologii i ustanovki», 28-29
iyunya 2016 g, Tashkent. S 73-75.
37.
I.X. Siddikov., X.E. Xujamatov., N.M. Xomidova. Quyosh
elektr stansiyalari - telekommunikatsiya obyektlarini barqaror elektr
manbai // “Energiya tejamkorligi, elektr energetikasi ta’minoti
uzluksizligini ta’minlash konsepsiyasini dolzarb muammolari hamda
ularning yechimlari samaradorligini oshirish” mavzusidagi Respublika
ilmiy va ilmiy-texnik anjuman materiallari Farg‘ona 2016 yil 2-3
dekabr, 162-163 betlar.
38.
I.X. Siddikov., X.E. Xujamatov. Qayta tiklanuvchi energiya
manbalarini o‘z ichiga olgan gibrid energiya ta’minoti tizimlarining
boshqaruvini modellashtirish va tadqiq etish // “TATU xabarlari” ilmiy-
texnika va axborot-
tahliliy jurnali. №3(39)
- son 2016 yil, 60-66 betlar.
39.
I.Kh Siddikov., Kh.A. Sattarov., H.E. Khujamatov. “Modeling
of the Transformation Elements of Power Sources Control”// 2017
International Conference on Information Science and Communications
Technologies
105
(ICISCT) Applications, Trends and Opportunities, 2nd, 3rd and 4th of
November 2017, Tashkent, Uzbekistan.
40.
Kundas.S.P., Shenk.Yu., Vaysexovich N.N. Gibridn
ы
e
texnologii v ispolzovanii vozobnovlyaem
ы
x istochnikov energii //
Alternativnaya energetika/ Moskva 2012. 19-23 st.
41.
Ku T.Y., Park W.K., Choi H. IoT energy management platform
for microgrid //2017 IEEE 7th International Conference on Power and
Energy Systems (ICPES). – IEEE, 2017. – S. 106-110.
42.
Kuchansky A. et al. Combined models for forecasting the air
pollution level in infocommunication systems for the environment state
monitoring //2018 IEEE 4th International Symposium on Wireless
Systems within the International Conferences on Intelligent Data
Acquisition and Advanced Computing Systems (IDAACS-SWS). –
IEEE, 2018. – S. 125-130.
43.
M.Sapaev., U.Aliev., F. Qodirov. Aloqa qurilmalarining elektro
ta’minoti: o‘quv qo‘llanma // «Fan va texnologiya», 2011, 248 bet.
44.
M. Musaev and M. Rakhimov, "Accelerated Training for
Convolutional Neural Networks," 2020 International Conference on
Information Science and Communications Technologies (ICISCT),
2020, pp. 1-5, doi: 10.1109/ICISCT50599.2020.9351371
45.
Naser Hossein Motlagh ., Mahsa Mohammadrezaei., Julian
Hunt.,Behnam Zakeri.
Internet of Things (IoT) and the Energy Sector //
Sector.
|