High Performance and Distributed Computing

Computer Science

1. Application 100%
2. Models 94%
3. Programs 84%
4. Design 58%
5. Software 49%
6. Computation 46%
7. Parallelism 44%
8. Server 41%
9. Computing 40%
10. Benchmark 39%
11. Programming Model 37%
12. Workload 37%
13. Algorithms 37%
14. Parallel Programming 37%
15. Energy Efficient 35%
16. Energy Consumption 33%
17. Hardware 32%
18. Multicore 31%
19. runtime system 31%
20. Functions 31%
21. Parallel Application 31%
22. Case Study 31%
23. Simulation 30%
24. Data Center 29%
25. Evaluation 29%
26. User 28%
27. Parallel Program 26%
28. Communication 26%
29. Energy Efficiency 22%
30. Compiler 22%
31. Service 21%
32. Parallelization 20%
33. Control 20%
34. Scheduling 20%
35. Distributed Systems 20%
36. Annotation 19%
37. Experimental Result 19%
38. Analytics 19%
39. Semantics 19%
40. Refactoring 18%
41. Programming Framework 18%
42. Quality of Service 18%
43. Multicore System 18%
44. Parallel Pattern 17%
45. Synchronization 17%
46. Data Structure 16%
47. fault-tolerance 16%
48. Accuracy 15%
49. Performance Model 15%
50. Power Consumption 14%
51. Approximation (Algorithm) 14%
52. Many-Core 14%
53. Memory Database 14%
54. Domains 14%
55. Virtual Machine 13%
56. Messages 13%
57. Scheduler 13%
58. Virtualizations 13%
59. Complexity 12%
60. Relationships 12%
61. Architecture Description Language 11%
62. Contexts 11%
63. Scalability 11%
64. Data Analytics 11%
65. Throughput 11%
66. Software Stack 11%
67. Parallel Computation 11%
68. energy saving 11%
69. Use Case 10%
70. Approximate Computing 10%
71. System-on-Chip 10%
72. Distributed Application 10%
73. Software Architecture 10%
74. Formal Specification 10%
75. Dynamic Voltage and Frequency Scaling 10%
76. Conjugate Gradient Method 10%
77. Standards 9%
78. Design Patterns 9%
79. High-Performance Computing 9%
80. Sequential Program 9%
81. Related Performance 9%
82. Pipeline Parallelism 9%
83. Branch Predictor 9%
84. Resource Management 9%
85. Runtime Support 9%
86. System Software 9%
87. Hardware Platform 9%
88. Business Performance 8%
89. Cloud Environment 8%
90. Multi-Core Architectures 8%
91. Automation 8%
92. Cloud Computing 8%
93. Workstations 8%
94. Classes 8%
95. Map-Reduce 8%
96. Concurrency 8%
97. Main Memory 8%
98. Input/Output 8%
99. Non-Volatile Memory 8%
100. Model-Driven Engineering 8%