Panoramix:Privacy and Accountability in Networks via Optimized Randomized Mix-nets

Computer Science

1. Models 100%
2. Blockchain 94%
3. Auditing 39%
4. Functionality 39%
5. Bitcoin 36%
6. Application 36%
7. Computation 34%
8. User 33%
9. Generation 32%
10. Building-Blocks 27%
11. Consensus Protocol 26%
12. Bulletin Board 25%
13. Hash Function 23%
14. Elgamal Encryption 19%
15. Human Participant 19%
16. Procedures 19%
17. Additional Assumption 19%
18. Real World 19%
19. Reference String 19%
20. Web Application Firewall 19%
21. Cryptocurrency 19%
22. Encryption 19%
23. Password 19%
24. Automaton 19%
25. Outsourcing 19%
26. Integrated Circuit 19%
27. Secret Sharing 19%
28. Anonymity 19%
29. Server 19%
30. Sensitive Informations 17%
31. Public Key Encryption 16%
32. Communication 16%
33. Trojans 15%
34. Election Authority 15%
35. Classes 14%
36. Computational Power 14%
37. Security Properties 13%
38. Standards 13%
39. Specifications 13%
40. Metadata 13%
41. Design 13%
42. Stakeholders 13%
43. Precomputation 13%
44. Complexity 13%
45. Internet 12%
46. Programs 11%
47. Digital Signature 10%
48. Messages 10%
49. Snowden Revelation 9%
50. Argument 9%
51. Probability 9%
52. Functions 9%
53. Trained Participant 9%
54. Election Result 9%
55. Security Analysis 9%
56. Computer Science 9%
57. Communication Context 9%
58. Email Application 9%
59. Evaluation 9%
60. Simulated Data 9%
61. Threat Model 9%
62. Online Activity 9%
63. High Importance 9%
64. e-Mail 9%
65. Finite Automata 8%
66. Testing 8%
67. Messaging System 7%
68. Simulation 7%
69. Hardware 7%
70. Compiler 7%
71. Fabrication Process 7%
72. Public Key Infrastructure 6%
73. Secure Protocol 6%
74. Provide Security 6%
75. Security Parameter 6%
76. Key Generation 6%
77. Unpredictability 6%
78. Random Function 6%
79. Hashing 6%
80. Data Structure 6%
81. Underlying Assumption 6%
82. Codeword Length 6%
83. Authentication 6%
84. Nash Equilibrium 5%