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ekspordi kõik päringu tulemused (4)
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1

artikkel ajakirjas EST / artikkel ajakirjas ENG

Explainability-based trust algorithm for electricity price forecasting modelsHeistrene, Leena; Machlev, Ram; Perl, Michael; Belikov, Juri; Baimel, Dmitry; Levy, Kfir; Mannor, Shie; Levron, YoashEnergy and AI2023 / art 100259, 18 p https://doi.org/10.1016/j.egyai.2023.100259 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
2

artikkel ajakirjas EST / artikkel ajakirjas ENG

Explainable Artificial Intelligence (XAI) techniques for energy and power systems : review, challenges and opportunitiesMachlev, Ram; Heistrene, L.; Perl, M.; Levy, K. Y.; Belikov, Juri; Mannor, S.; Levron, YoashEnergy and AI2022 / art. 100169, 13 p. : ill https://doi.org/10.1016/j.egyai.2022.100169 Journal metrics at Scopus Article at Scopus Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
3

artikkel ajakirjas EST / artikkel ajakirjas ENG

Intelligent frequency control of AC microgrids with communication delay : an online tuning method subject to stabilizing parametersNosrati, Komeil; Škiparev, Vjatšeslav; Tepljakov, Aleksei; Petlenkov, Eduard; Belikov, JuriEnergy and AI2024 / art. 100421 https://doi.org/10.1016/j.egyai.2024.100421 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
4

artikkel ajakirjas EST / artikkel ajakirjas ENG

A public dataset for synchronous motor electrical faults diagnosis with CNN and LSTM reference classifiersSun, Zhenglong; Machlev, Ram; Wang, Qianchao; Belikov, Juri; Levron, Yoash; Baimel, DmitryEnergy and AI2023 / art. 100274, 17 p https://doi.org/10.1016/j.egyai.2023.100274 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG

Kirjeid leitud 4, kuvan 1 - 4

1. energy forecast wind energy
2. EROI-Energy returned on energy invested
3. AI
4. Ai act
5. AI adoption
6. AI adoption in government
7. AI barriers
8. AI based CAD software
9. AI bias
10. AI change
11. AI code assistants
12. AI ethics
13. AI functionality
14. AI governance
15. AI in education
16. AI in public sector
17. AI in public services
18. AI in the public sector
19. AI literacy
20. AI maturity models
21. AI optimization
22. AI race
23. AI revolution
24. AI strategy
25. AI systems
26. AI/ML
27. AI-based data curation
28. AI-based worker management
29. AI-capability
30. AI-enabled innovation
31. artificial intelligence (AI)
32. automatic AI (autoAI)
33. blockchain framework for trustworthy Ai
34. cloud- and AI-based system
35. edge AI
36. ethical AI use in education
37. ethics of AI
38. EU AI act
39. evaluation of explainable AI intrusion detection
40. Explainable AI
41. explainable AI (XAI)
42. explainable AI model
43. fairness in AI
44. Functional specialist in AI for public services
45. generative AI
46. high-level expert group on AI
47. humancentred AI
48. initial data for AI
49. logic in AI
50. medical AI
51. public acceptance of AI
52. public sector AI
53. responsible AI
54. Trusted AI for democracy
55. trustworthy AI
56. trusworthy AI
57. activation energy
58. alternative energy production
59. annual energy simulation
60. balancing wind energy
61. batteries energy storage
62. battery energy storage
63. battery energy storage degradation
64. battery energy storage system
65. battery energy storage system (BESS)
66. battery energy storage systems
67. battery energy storage systems (BESS)
68. binding energy
69. bio-energy
70. Black Sea energy resources
71. Bluetooth low-energy tracking technology
72. braking energy
73. building energy efficiency
74. building energy modelling
75. building energy performance simulations
76. building energy renovation
77. building energy simulation
78. building energy use
79. carbon-neutral energy supply
80. clean energy
81. climate/energy policy
82. CO2 emissions energy renovation
83. corporate energy self-sufficiency
84. cortical and hippocampal energy metabolism
85. cost of energy performance
86. criteria of energy efficiency
87. cumulative wave energy
88. cyber physical energy systems
89. cyber-physical energy systems
90. daily cumulative energy curves
91. deep energy levels
92. deep energy renovation
93. devices for energy harvesting
94. DHW energy use
95. digital tools for energy users
96. direct energy deposition
97. directed energy deposition
98. distributed activation energy model
99. distributed energy resources
100. distributed energy resources (DERs)
101. Distributed energy storage
102. distributed energy systems
103. district energy
104. district energy sector
105. dual-energy x-ray absorptiometry
106. early stage energy assessment
107. electric energy storage
108. electric energy substitution
109. electrical energy
110. electrical energy market
111. electricity energy use
112. Electrochemical energy conversion/storage
113. electrochemical energy storage
114. embodied energy
115. empirical energy consumption model
116. energy
117. energy management
118. energy absorption
119. energy access
120. energy acquis
121. energy and carbon balance
122. energy and cost savings
123. energy and East and Central Europe
124. energy and HVAC-systems in buildings
125. energy and society
126. energy as generator of the dynamics
127. energy assessment
128. energy audit
129. energy autarky
130. energy balance
131. energy balancing
132. energy barrier
133. energy buildings
134. energy calculation for air heating
135. energy calculations
136. energy calculator
137. energy cascade
138. energy class
139. energy communities
140. energy community
141. energy competitiveness
142. energy conservation
143. energy consumption
144. energy consumption of construction operations
145. energy contracting
146. energy control
147. energy control unit (ECU)
148. energy conversion
149. energy conversion efficiency
150. energy cost
151. energy crisis
152. energy demand
153. energy detection
154. energy dispersive spectroscopy
155. energy dispersive x-ray spectroscopy
156. energy dissipation
157. energy districts
158. energy efficiency
159. energy efficiency and saving
160. Energy Efficiency Design Index (EEDI)
161. energy efficiency directive
162. Energy efficiency measurement
163. energy efficiency measures
164. energy efficiency of AHU
165. energy efficiency regulations
166. energy efficient
167. energy efficient buildings
168. energy engineering
169. energy exchange
170. energy expenditure
171. Energy flexibility
172. energy flexibility indices
173. energy flow
174. energy flux
175. energy for free
176. energy forecast
177. energy forecasting
178. energy futures
179. energy generation
180. energy grid
181. energy harvesting
182. energy informatics
183. energy integration
184. energy internet
185. energy laboratory
186. energy levels
187. energy localization
188. Energy loss
189. energy losses
190. energy management
191. Energy Management in Microgrid
192. energy management strategies (EMS)
193. energy management system
194. energy management system (EMS)
195. energy market
196. energy market in the EU
197. energy markets
198. energy metabolism
199. energy modeling
200. energy modelling
201. energy models
202. energy optimization
203. energy perfomance of buildings
204. energy performance
205. energy performance building directive (EPBD)
206. energy performance certificate
207. energy performance certificates (EPC)
208. energy performance gap
209. energy performance minimum requirements
210. energy performance of buildings
211. energy performance of buildings directive (EPBD)
212. energy piles
213. energy planning
214. energy policy
215. energy politics
216. energy potential
217. energy poverty
218. energy prediction
219. energy prices
220. energy pricing
221. energy priorities in Europe
222. energy production
223. energy recovery
224. energy reduction
225. energy refurbishment
226. energy regulation
227. energy related
228. energy renovation
229. energy renovations
230. energy resources
231. energy retrofit
232. energy retrofitting
233. energy roadmap
234. energy router
235. energy saving
236. energy saving cars
237. energy saving device (ESD)
238. energy saving measures
239. energy savings
240. energy science and technology
241. energy sector
242. energy security
243. energy security indicator
244. energy simulation
245. energy simulation software
246. energy simulations
247. energy stability
248. energy states
249. energy storage
250. energy storage device
251. energy storage devices
252. energy storage dimensioning
253. energy storage system
254. energy storage system (ESS)
255. energy storage systems
256. energy supplies
257. energy sustainability
258. energy system
259. energy system analysis
260. energy system management
261. energy system model
262. energy system modeling
263. energy systems
264. energy targets
265. energy technologies
266. energy trading
267. energy transaction
268. energy transfer
269. energy transition
270. energy use
271. energy use baseline
272. energy use prediction
273. energy use reduction
274. energy yield
275. energy yield prediction
276. energy-as-a-service
277. energy-awareness
278. energy-efficiency
279. energy-efficient buildings
280. energy-efficient computing
281. energy-efficient stimulation
282. energy-management system
283. energy-renovation
284. Eu Energy Law
285. European energy policy
286. final energy
287. flywheel energy storage systems (FESS)
288. free energy principle
289. Free-energy principle
290. generation of electric energy
291. geothermal energy
292. geothermal energy recovery
293. green and energy efficient housing
294. green energy
295. heating and cooling energy cost
296. heating energy system
297. heating energy use
298. Helmholtz free energy
299. high energy ballmilling
300. high energy milled activation
301. high energy milling
302. High energy physics
303. high penetration of renewable energy sources (RESs)
304. high-energy astrophysics
305. high-energy ball milling
306. high-penetration renewable energy
307. high-penetration renewable energy sources (RESs)
308. home battery energy storage system (HBESS)
309. home energy management
310. home energy management system
311. home energy management systems
312. hybrid energy source
313. hybrid energy storage system
314. Hybrid Energy Storage Systems
315. hybrid energy system
316. hybrid renewable energy system
317. hydrogen energy storage
318. implications of energy data
319. indoor and outdoor energy harvesting
320. indoor energy harvesting
321. innovative energy services
322. integrated energy service provider (IESP)
323. integrated energy system
324. integrated energy systems
325. intermolecular interaction energy
326. intracellular energy unit
327. joint energy-spectral efficiency (ESE)
328. kinetic energy
329. Laser energy density
330. laser-assisted directed energy deposition
331. levelized cost of energy
332. levelized cost of energy (LCOE)
333. linear free energy (LFE) relationships
334. local energy communities
335. local energy community
336. local energy market
337. low energy building
338. low energy buildings
339. low energy house
340. low energy office building
341. low energy renovation
342. low-energy building
343. low-energy buildings
344. Marine renewable energy
345. maritime energy contract
346. mechanical engineering and energy technology
347. minimum energy
348. multi-energy microgrid
349. national energy policy
350. near zero energy building
351. nearly zero energy building
352. nearly zero energy buildings
353. nearly zero energy buildings (nZEB)
354. nearly zero-energy building
355. Nearly Zero-Energy Buildings
356. nearly-zero energy buildings
357. nearly-zero energy-building
358. net zero energy buildings
359. net-zero energy
360. nexus water-energy-food
361. nonlinear energy sink (NES)
362. Novel energy storage systems
363. nZEB deep energy renovation
364. nuclear energy
365. offshore wind energy
366. off-shore wind energy
367. optimal energy management
368. optimal multi-energy flows
369. PED – positive energy district
370. peer-to-peer energy trading
371. PEN – positive energy neighbourhood
372. personalized energy management systems (PEMS)
373. PES (primary energy savings)
374. photovoltaic energy
375. photovoltaic energy converter
376. photovoltaic energy forecasting
377. piezoelectric energy harvesting
378. plowing energy
379. plus energy house
380. positive energy districts design
381. potential energy barrier
382. potential energy surface
383. potential energy surfaces
384. power electronic interfaces for renewable energy sources
385. primary energy
386. primary energy efficiency
387. primary energy factor (PEF)
388. primary energy factors
389. primary energy indicator
390. primary energy indicators
391. primary energy requirement
392. primary energy use
393. pumped-hydro energy storage
394. PV energy storage
395. Q42 - alternative energy sources
396. quantum-enhanced secure and energy-efficient routing (QSEER) protocol
397. reactive energy
398. real energy use
399. Regional integrated energy system (RIES)
400. renewable energy
401. Renewable energy certificates (RECs)
402. renewable energy contribution
403. Renewable energy generation
404. renewable energy integration
405. Renewable energy optimization in buildings
406. renewable energy ratio
407. renewable energy recovery
408. renewable energy resources
409. Renewable energy source
410. renewable energy source (RES)
411. renewable energy sources
412. renewable energy sources (RES)
413. Renewable energy sources (RESs)
414. renewable energy storage
415. renewable energy system
416. renewable energy systems
417. renewable energy systems(RES)
418. renewable energy technology
419. renewable-energy policy
420. residential battery energy storage system
421. residential energy
422. residential energy management
423. residential energy storage
424. residential energy storage systems
425. residential wind energy conversion system
426. RF energy
427. seasonal energy imbalance
428. short-term energy management
429. simulation of energy consumption
430. single energy market
431. sliding energy
432. smart energy
433. smart energy management system (SEMS)
434. smart energy platform
435. smart energy services
436. smart green energy systems
437. solar energy
438. solar energy materials
439. solar energy utilization
440. solar photovoltaic energy
441. solar PV energy
442. specific energy
443. specific energy consumption
444. specific energy model
445. Storable chemical energy
446. strategic energy planning
447. superconducting magnetic energy storage (SMES)
448. sustainable energy management
449. sustainable energy
450. Zero energy
451. zero-energy buildings
452. targeted energy transfer (TET)
453. Themal energy storage
454. thermal energy
455. thermal energy storage
456. thermal energy storage (TES)
457. thermochemical energy storage
458. third energy package
459. Time of Use energy price
460. transactive energy
461. transactive energy system
462. tumor energy metabolism
463. Urban Building Energy Modeling (UBEM)
464. variability of energy flux
465. variability of renewable energy
466. variable renewable energy (VRE)
467. variable wind and solar energy
468. waste to energy
469. water-energy systems
470. wave energy
471. wave energy converter (WEC)
472. Wave energy converters
473. wave energy flux
474. wave energy resource assessment
475. vertical kinetic energy variability
476. wide band gap energy
477. wind energy
478. wind energy farms
479. wind energy forecast errors
480. wind energy generation
481. wind energy production
482. virtual energy storage

1. AI-Captain

Energy and AI (allikas)

teaviku laadid

võtmesõna 482

autor 15

märksõna 8

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