Searching - TalTech Research Portal

1. multi-port converters
2. multi-port system
3. multi-risk/multi-criteria
4. antenna port selection index
5. Clean port operations
6. DAB converter with CS port
7. maritime port management
8. port automation
9. port community system
10. port digitalisation
11. port ecosystem
12. Port of Pärnu
13. port planning
14. port reception facilities
15. port regions
16. port sector
17. port state control
18. port-city innovation ecosystem
19. port-city symbiosis
20. port-Hamiltonian systems
21. smart port
22. stochastic port-Hamiltonian system
23. sustainable port
24. three-port converter
25. AC power converters
26. AC-DC power converters
27. active front-end converters
28. bidirectional ac-dc converters
29. bidirectional converters
30. capacitive-based isolated converters
31. control of multilevel converters
32. converters
33. current-fed converters
34. DC/DC converters
35. DC/DC power converters
36. DC-AC converters
37. DC-AC power converters
38. dc–dc converters
39. DC-DC converters
40. DC-DC power converters
41. DC–DC power converters
42. electric converters
43. Fault-tolerant (FT) converters
44. GaN-based converters
45. grid interface converters
46. grid-connected converters (GCCs)
47. grid-forming converters
48. grid-forming power converters
49. half-bridge converters
50. high frequency link converters
51. high step-up converters
52. high voltage power converters
53. immittance converters
54. impedance-source (IS) converters
55. impedance-source converters
56. interleaved converters
57. isolated boost converters
58. isolated buck-boost dc-dc converters (IBBCs)
59. isolated converters
60. isolated dc-dc converters
61. isolated power converters
62. level-crossing analog-to-digital converters
63. level-crossing analogue-to-digital converters (ADC)
64. matrix converters
65. modular multilevel converters
66. multilevel converters
67. multiphase switching converters
68. off-grid hybrid photovoltaic converters
69. partial power converters
70. power converters
71. power converters design
72. power converters for EV
73. power electronic converters
74. power electronics converters
75. power-electronic converters
76. pulse width modulated converters
77. pulse width modulated power converters
78. pulse width modulation converters
79. pulsewidth-modulated power converters
80. quasi-Z-source converters
81. resonant converters
82. resonant push-pull converters
83. series resonant converters
84. series-resonant converters
85. single-stage isolated ac-dc converters
86. standards; grid interface converters
87. static power converters
88. step-up/down converters
89. switching converters
90. ZCS converters
91. ZVS converters
92. Wave energy converters
93. voltage-source converters
94. apartments in multi-family buildings
95. Bio-active™ multi-force archwires
96. evolutionary algorithm multi-objective
97. maximal multi-focusing
98. multi agent
99. multi agent simulation
100. multi agent system
101. multi agent systems
102. multi model ensemble (MME)
103. multi resonant controller
104. multi scale analysis
105. multi-abstraction
106. multi-access edge computing
107. multi-access edge computing (MEC)
108. multi-actor effects
109. multi-agent
110. Multi-agent reinforcement learning
111. multi-agent system
112. multi-agent system (MAS)
113. multi-agent systems
114. multi-area coordination
115. Multi-area coordination of integrated electricity and natural gas transmission system
116. multi-armed bandit solver
117. multi-authority situation
118. multi-axial stress
119. multi-byte encoding
120. multi-centre
121. multi-channel
122. multi-channel elections
123. multi-class support vector machine (m-SVM)
124. multi-classed object detection
125. multi-country analysis
126. multi-criteria analysis
127. Multi-criteria decision analysis
128. multi-criteria decision-making
129. multicriteria decisionmaking problem
130. multi-criteria design
131. multi-criteria evaluation
132. multi-criteria optimization
133. multi-criteria recommendation
134. Multi-cultural fermentation
135. multi-deck ship
136. multi-domain
137. multi-element
138. multi-energy microgrid
139. multi-family buildings
140. multi-force orthodontic wires
141. multi-formalism
142. multi-hop
143. multi-hop routing protocol
144. multi-layered curriculum design
145. multi-level governance
146. multi-level inverter
147. multi-level modeling
148. multi-level perspective
149. multi-level perspective of sustainability transitions
150. multi-level selection and processing environment
151. multi-loop model reference control
152. multi-machine
153. multi-machine industrial power plant
154. multi-machine power system
155. multi-microgrids
156. multi-modal logistics management
157. multi-mode control
158. multi-objectiv
159. multi-objective
160. multi-objective nonlinear programming
161. multi-objective optimisation
162. multi-objective optimization
163. multi-objective optimization (MOO)
164. multi-omics
165. multi-optimization
166. Multi-paradigm Modelling (MPM)
167. multi-parameter
168. multi-path
169. multi-phase
170. multi-phase flow
171. multi-phase materials
172. multi-pole mathematical model
173. multi-pole model
174. multi-pole model design
175. multi-processor
176. multi-processor system-on-chip
177. multi-processor system-on-chips (MPSoCs)
178. multi-project management
179. multi-proxy
180. multi-proxy approach
181. multi-proxy study
182. multi-pump system
183. multi-rate control
184. multi-rotor helicopter
185. multi-signatures
186. multi-source district heating
187. multi-stage enrichment
188. multi-stakeholder collaboration
189. multi-stakeholder governance
190. multi-stakeholder systems
191. multi-step and multilevel planning
192. multi-stream interaction machine
193. multi-taxon
194. multi-threads
195. multi-type dislocation substructure
196. multi-variate prediction
197. multi-winding transformer
198. optimal multi-energy flows
199. single- and multi-walled carbon nanotubes
200. tactical multi-hop routing protocol

1. Port, Mart, 1922-2012

multi-port converters (keyword)

types of item

keyword 200

subject term 5

author 4

name of the person 1