Wireless Communications (WLC)

Ingenieurwesen & Materialwissenschaft

1. Communication 100%
2. Wireless sensor networks 61%
3. Automation 56%
4. Orthogonal frequency division multiplexing 53%
5. Transducers 41%
6. Cyber Physical System 40%
7. Wireless networks 37%
8. Industrial internet of things (IIoT) 36%
9. Communication systems 34%
10. Sensor nodes 34%
11. Video streaming 32%
12. Network protocols 30%
13. Internet of things 27%
14. Application Layer 25%
15. Radar 23%
16. Ecosystems 23%
17. Interoperability 19%
18. Industry 4.0 18%
19. Feedback 18%
20. Antennas 18%
21. Actuators 17%
22. Vehicular ad hoc networks 16%
23. Ad hoc networks 16%
24. IEEE Standards 16%
25. Time measurement 16%
26. Data compression 16%
27. Industrial applications 15%
28. Directional patterns (antenna) 15%
29. Multiplexing 15%
30. Packet loss 14%
31. Sensors 14%
32. Electric power utilization 14%
33. Quality of service 14%
34. Wireless local area networks (WLAN) 14%
35. Synchronization 13%
36. Data communication systems 13%
37. Mobile computing 12%
38. Resource allocation 12%
39. Time division multiple access 11%
40. Information technology 10%
41. Sampling 10%
42. Throughput 10%
43. Bandwidth 9%
44. Edge computing 9%
45. Radio links 9%
46. Geometry 8%
47. Monitoring 8%
48. Bluetooth 8%
49. Standardization 8%
50. Computational complexity 7%
51. Costs 7%
52. Experiments 6%
53. Routing protocols 6%
54. Mean square error 6%
55. Base stations 6%
56. Data acquisition 6%
57. Availability 6%
58. Signal to noise ratio 6%
59. MATLAB 5%
60. ISO Standards 5%
61. Energy efficiency 5%
62. Harvesters 5%
63. Audiovisual 5%
64. Wire 5%
65. Machine learning 5%
66. Digital twin 5%
67. Temperature sensors 5%
68. Autonomous vehicles 5%
69. Neural networks 5%
70. Distributed computer systems 5%
71. Telecommunication networks 5%
72. Ethernet 5%