5G-FORCE-Jäntti

Computer Science

1. Networks 100%
2. Blockchain 72%
3. Industrial Internet of Things 72%
4. Reinforcement Learning 72%
5. Power Allocation 54%
6. Communication 54%
7. Internet of Things 45%
8. User 39%
9. Heterogeneous Network 36%
10. Wireless Access 36%
11. Secondary Transmitter 36%
12. Extreme Value Theory 36%
13. Industrial Environment 36%
14. Antenna System 36%
15. Survey 36%
16. Asymptotics 36%
17. Sharing System 36%
18. Urban Environment 36%
19. Resource Allocation 36%
20. Software Defined Networking 36%
21. Antennas 36%
22. Power Efficient 36%
23. Propagation Characteristic 33%
24. Channels 30%
25. Interference 27%
26. Transmit Antenna 27%
27. Application 22%
28. Simulation 22%
29. Cellular System 21%
30. Generation 21%
31. Service 21%
32. Models 21%
33. Path Loss Model 21%
34. Transmission Delay 18%
35. Transmitter Antenna 18%
36. Interference Power 18%
37. Symbol Error Rate 18%
38. Power Constraint 18%
39. Channel State Information 18%
40. Optimization Framework 18%
41. Utilities 13%
42. Industry 4.0 13%
43. Events 13%
44. Use Case 12%
45. Network Planning 12%
46. Feasible Solution 12%
47. Radio Propagation 12%
48. Links 12%
49. Propagation Model 12%
50. Deep Learning 9%
51. Connectivity 9%
52. Systems Performance 9%
53. Energy Efficiency 9%
54. Design 9%
55. Learning Approach 9%
56. Service Requirement 9%
57. Connected Device 9%
58. Signal Propagation 9%
59. Human Intervention 9%
60. Digital Ecosystem 9%
61. Measurement Data 9%
62. Information Processing 9%
63. Approximation (Algorithm) 9%
64. Resource Constraint 9%
65. Private Network 9%
66. Performance Gain 9%
67. Sufficient Number 9%
68. Path Loss Exponent 9%
69. Application Layer 9%
70. Industrial Automation 9%
71. Transmission Power 9%
72. Interference Management 9%
73. Research Effort 9%
74. Quality of Service 9%
75. System Capacity 9%
76. Operating Frequency 9%
77. Frequency Point 9%
78. Functions 9%
79. Robot 9%