Otsing - TalTech teadusportaal

1. multi-hop
2. multi-hop routing protocol
3. tactical multi-hop routing protocol
4. multi-risk/multi-criteria
5. hop-length
6. apartments in multi-family buildings
7. Bio-active™ multi-force archwires
8. evolutionary algorithm multi-objective
9. Hierarchical Multi-level Test Generation
10. maximal multi-focusing
11. multi agent
12. multi agent simulation
13. multi agent system
14. multi agent systems
15. multi model ensemble (MME)
16. multi resonant controller
17. multi scale analysis
18. multi-abstraction
19. multi-access edge computing
20. multi-access edge computing (MEC)
21. multi-actor effects
22. multi-agent
23. Multi-agent reinforcement learning
24. multi-agent system
25. multi-agent system (MAS)
26. multi-agent systems
27. multi-algorithm methodology
28. multi-area coordination
29. Multi-area coordination of integrated electricity and natural gas transmission system
30. multi-armed bandit solver
31. multi-authority situation
32. multi-axial stress
33. multi-beam sonar (ARIS)
34. multi-byte encoding
35. multi-centre
36. multi-chain blockchains
37. multi-channel
38. multi-channel elections
39. multi-class support vector machine (m-SVM)
40. multi-classed object detection
41. multi-country analysis
42. multi-criteria analysis
43. Multi-criteria decision analysis
44. multi-criteria decision-making
45. multi-criteria decision-making (MCDM)
46. multicriteria decisionmaking problem
47. multi-criteria design
48. multi-criteria evaluation
49. multi-criteria optimization
50. multi-criteria recommendation
51. multi-criteria-analysis
52. Multi-cultural fermentation
53. multi-deck ship
54. multi-domain
55. multi-element
56. multi-energy microgrid
57. multi-family buildings
58. multi-family households
59. multi-force orthodontic wires
60. multi-formalism
61. multi-layered curriculum design
62. multi-level governance
63. multi-level inverter
64. multi-level modeling
65. multi-level perspective
66. multi-level perspective of sustainability transitions
67. multi-level selection and processing environment
68. multi-loop model reference control
69. multi-machine
70. multi-machine industrial power plant
71. multi-machine power system
72. multi-microgrids
73. multi-modal logistics management
74. multi-mode control
75. multi-model ensemble
76. multi-objectiv
77. multi-objective
78. multi-objective nonlinear programming
79. multi-objective optimisation
80. multi-objective optimization
81. multi-objective optimization (MOO)
82. multi-omics
83. multi-optimization
84. Multi-paradigm Modelling (MPM)
85. multi-parameter
86. multi-path
87. multi-phase
88. multi-phase flow
89. multi-phase image segmentation
90. multi-phase materials
91. multi-phase microfluidics
92. multi-pole mathematical model
93. multi-pole model
94. multi-pole model design
95. multi-port converters
96. multi-port system
97. multi-processor
98. multi-processor system-on-chip
99. multi-processor system-on-chips (MPSoCs)
100. multi-project management
101. multi-proxy
102. multi-proxy approach
103. multi-proxy study
104. multi-pump system
105. multi-rate control
106. multi-rotor helicopter
107. multi-signatures
108. multi-source district heating
109. multi-species planning
110. multi-stage enrichment
111. multi-stakeholder collaboration
112. multi-stakeholder governance
113. multi-stakeholder systems
114. multi-step and multilevel planning
115. multi-stream interaction machine
116. multi-task learning
117. multi-taxon
118. multi-threads
119. multi-type dislocation substructure
120. Multi-valued Simulation for Hazard Detection in Digital Circuits
121. multi-variate prediction
122. multi-winding transformer
123. optimal multi-energy flows
124. single- and multi-walled carbon nanotubes

multi-hop (võtmesõna)

teaviku laadid

võtmesõna 124