High Performance and Distributed Computing

Computer Science

1. Programs 100%
2. Algorithms 57%
3. Programming Model 57%
4. Benchmark 50%
5. Application 49%
6. Messages 46%
7. Design 46%
8. Thread 45%
9. Case Study 41%
10. Computation 41%
11. Server 41%
12. Data Center 41%
13. Parallelism 41%
14. Evaluation 41%
15. Scheduler 36%
16. Parallelization 35%
17. Pipeline Parallelism 31%
18. Energy Efficient 31%
19. Functions 30%
20. Parallel Programming 29%
21. Quality of Service 29%
22. Compiler 28%
23. Synchronization 28%
24. Data Analytics 27%
25. Business Performance 27%
26. Annotation 27%
27. Branch Predictor 27%
28. Non-Volatile Memory 27%
29. Energy Consumption 25%
30. Workload 21%
31. Parallel Programming Model 20%
32. Throughput 20%
33. Automation 20%
34. Code Transformation 20%
35. User 20%
36. Internet 20%
37. Loop Perforation 20%
38. Semantics 20%
39. Analytics 18%
40. Service 18%
41. Model-Driven Engineering 18%
42. Related Performance 18%
43. Enterprise Architecture 18%
44. Heterogeneous Architecture 18%
45. Domains 18%
46. Argument 18%
47. Real Application 18%
48. System Software 16%
49. Standards 16%
50. System Management 16%
51. Computing 15%
52. Control 15%
53. Multicore 15%
54. Optimization 15%
55. Kernel 14%
56. Energy Efficiency 14%
57. Lower Bounds 14%
58. Networks 14%
59. Heuristics 13%
60. Physical Machine 13%
61. Approximate Computing 13%
62. Artificial Intelligence 13%
63. Software Stack 13%
64. Application Component 13%
65. Dependence Analysis 13%
66. Hierarchical Composition 13%
67. Middleware 13%
68. Memory Management 13%
69. System Virtualization 13%
70. Cluster Computing 13%
71. Transformation Chain 13%
72. Domain-Specific Modeling Language 13%
73. Message Passing Interface 13%
74. Social Network Approach 13%
75. Coalition Formation 13%
76. Partial Differential Equation 13%
77. Web Service 13%
78. Business Process Management 13%
79. Many-Core 13%
80. Asymptotics 13%
81. Domain-Specific Language 13%
82. Cardinality 13%
83. Optimal Configuration 13%
84. Approximation Technique 13%
85. Conditional Branch 13%
86. Branch Instruction 13%
87. Return Address 13%
88. Branch Prediction 13%
89. Data Integrity 13%
90. Parallel File System 13%
91. Application Programming 13%
92. Programming Pattern 13%
93. Distributed Architecture 13%
94. Autonomic Computing 13%
95. Memory System 13%
96. Non-Uniform Memory Access 13%
97. Global Address Space 13%
98. Programming Methodology 13%
99. Sequential Code 13%
100. Coherent Shared Memory 13%