Mission-Critical Internet of Things Applications over Fog Networks

Computer Science

1. Internet of Things 100%
2. Networks 79%
3. Accuracy 76%
4. Communication 73%
5. User 67%
6. Deep Neural Network 58%
7. Data Collection 52%
8. Application 50%
9. Energy Consumption 43%
10. Real World 43%
11. Wireless Communication 43%
12. Information Technology 40%
13. Channels 40%
14. Simulation 39%
15. Distributed Approach 38%
16. Modeling 35%
17. Thing Application 35%
18. Mobile Augmented Reality 35%
19. Time-Sensitive 35%
20. Network Slicing 35%
21. Cloud Computing 35%
22. Cellular Network 35%
23. Partitioning 35%
24. Radio Access Network 35%
25. Resource Allocation 35%
26. Models 35%
27. Network Resource 26%
28. Contexts 24%
29. Rendering 23%
30. Augmented Reality 20%
31. Service 20%
32. Wireless Networks 20%
33. Mobile Network 17%
34. Service Requirement 17%
35. Forecasting Method 17%
36. Driven Approach 17%
37. Paramount Importance 17%
38. Network Operator 17%
39. Resource Utilization 17%
40. Operating Cost 17%
41. Packet Delivery Ratio 17%
42. Distributed Game 17%
43. Static Environment 17%
44. Lower Energy Consumption 17%
45. Range Communication 17%
46. Dynamic Environment 17%
47. Server 17%
48. Channel Condition 17%
49. Allocation Strategy 17%
50. Theoretic Approach 17%
51. Sensor 14%
52. Autonomous Driving 12%
53. Mean Absolute Error 11%
54. Software Service 11%
55. Case Study 11%
56. Software Architecture 11%
57. Edge Computing 11%
58. Smartphones 11%
59. Neural Network Architecture 11%
60. Share Information 11%
61. Software Deployment 11%
62. Artifacts 11%
63. Performance Evaluation 11%
64. Provider Service 8%
65. Sharing Incentive 8%
66. Links 8%
67. Hypervisor 8%
68. Multimedia 8%
69. Scheduling Mechanism 8%
70. Evaluation 8%
71. Computing 8%
72. Pareto Optimality 8%
73. Maximization Problem 7%
74. Forwarding 7%
75. Messages 7%
76. Collected Data 7%
77. Incentive Mechanism 7%
78. Deadlines 7%
79. Edge Server 7%
80. Computation 7%
81. Urban Environment 7%
82. Network Inference 7%
83. Time Complexity 7%
84. Heuristic Algorithm 7%
85. Time Constraint 7%
86. Application Scenario 7%
87. Connectivity 5%
88. Network Topology 5%
89. Analytical Model 5%
90. Scalability 5%