Efficient Resource Allocation in Future Internet of Things

Computer Science

1. Computation Offloading 100%
2. Edge Computing 100%
3. Service Function 100%
4. Network Function Virtualization 58%
5. Blockchain 50%
6. Efficient Computation 50%
7. Resource Allocation 50%
8. Cellular Network 50%
9. Traffic Prediction 50%
10. Energy Efficient 50%
11. Federated machine learning 50%
12. Scheduling Method 50%
13. Collaboration 50%
14. Function Chain 41%
15. Network Function 40%
16. Energy Consumption 32%
17. Cloud Computing 30%
18. Distributed Algorithm 30%
19. Computational Resource 30%
20. Heuristic Algorithm 30%
21. Network Service 26%
22. Utility Function 25%
23. Processing Traffic 25%
24. Priority-Based Scheduling 25%
25. Virtual Networks 20%
26. Integer-Linear Programming 20%
27. Optimization Problem 20%
28. Convex Optimization 20%
29. Fiber Optic Networks 16%
30. Signal-to-Noise plus Interference Ratio 12%
31. Macro Base Station 12%
32. Numerical Simulation 12%
33. Long Short-Term Memory Neural Network 12%
34. Traffic Pattern 12%
35. Bidirectional Long Short-Term Memory Network 12%
36. Traffic Demand 12%
37. Text Mining 12%
38. Performance Metric 12%
39. Experimental Result 12%
40. Priority Traffic 12%
41. Packet Forwarding 12%
42. Artificial Intelligence 12%
43. Data Mining 12%
44. Priority Service 12%
45. Network Performance 12%
46. Packet Delay 12%
47. Computational Simulation 12%
48. Resource Limitation 10%
49. Data Center 10%
50. Lyapunov Optimization 10%
51. Storage Requirement 10%
52. Constraint Term 10%
53. Computing Resource 10%
54. Dedicated Hardware 10%
55. Telecommunication Network 10%
56. Guaranteed Service 10%
57. Application Type 10%
58. Dynamic Traffic 10%
59. Allocation Problem 10%
60. Programming Method 10%
61. Computational Task 10%
62. Branch-and-Bound Algorithm Design 10%
63. Approximation (Algorithm) 8%
64. Internet-Of-Things 8%
65. Network Paradigm 8%
66. Network Management 8%
67. Bandwidth Requirement 8%
68. Markov Chain 8%
69. Distributed Machine Learning 6%
70. Data Sharing 6%
71. Training Error 6%
72. Distributed Model 6%
73. Network Resource 6%
74. Time Efficiency 6%
75. Data Distribution 6%
76. Security and Privacy 6%