Michele Weiland

Computer Science

1. Application 100%
2. Benchmark 62%
3. Simulation 59%
4. Models 58%
5. Hardware 55%
6. Computation 38%
7. Kernel 36%
8. High-Performance Computing 36%
9. Scientific Application 35%
10. Input/Output 34%
11. Algorithms 33%
12. Scalability 33%
13. Workflows 32%
14. Communication 31%
15. Optimization 30%
16. Generation 30%
17. Benchmarking 28%
18. Persistent Memory 28%
19. Programming Model 28%
20. User 25%
21. Load Balancing 23%
22. Data Analytics 21%
23. Parallelism 20%
24. Design 20%
25. Performance Evaluation 18%
26. Message Passing Interface 18%
27. Task Parallelism 18%
28. Data Parallelism 18%
29. Remote Memory Access 18%
30. Field Programmable Gate Arrays 18%
31. Computing 17%
32. Memory Bandwidth 17%
33. Parallel System 17%
34. Complexity 16%
35. Software 16%
36. Data Locality 15%
37. Interconnect 15%
38. Computing Resource 15%
39. Application Benchmark 15%
40. Preconditioner 14%
41. Exascale Computing 14%
42. Independent Set 12%
43. Linear System 12%
44. Multicore 12%
45. Nonblocking Algorithm 12%
46. Parallel Algorithms 12%
47. Graph Coloring 12%
48. Application Mode 12%
49. Analytic Approach 12%
50. Analytics 12%