Esteban Meneses, Doctor

Computer Science

1. Supercomputer 100%
2. fault-tolerance 88%
3. High-Performance Computing 58%
4. Checkpoint Restart 44%
5. Load Balancing 42%
6. Deep Learning Method 36%
7. Computational Simulation 31%
8. Execution Time 26%
9. Parallelization 25%
10. Graphics Processing Unit 24%
11. Web Caching 23%
12. Energy Consumption 22%
13. Parallel Application 20%
14. Scientific Visualization 19%
15. Soft Error 19%
16. Case Study 18%
17. Lower Performance 17%
18. Computer Hardware 17%
19. Programming Model 17%
20. Deep Learning Model 16%
21. Data Corruption 16%
22. Artificial Intelligence 16%
23. Fault Tolerant 15%
24. Parallel Programming 15%
25. Programming Framework 15%
26. Checkpointing 15%
27. Message Passing 15%
28. Experimental Result 14%
29. Parallelism 12%
30. OpenACC 11%
31. ray-tracing 11%
32. Memory Footprint 11%
33. Shared Memories 11%
34. Runtime Systems 11%
35. Sequential Consistency 11%
36. Performance Gain 10%
37. Vectorization 10%
38. Parallel Implementation 10%
39. High Performance Computing 10%
40. Input/Output 9%
41. Learning Framework 9%
42. Multicore 9%
43. Parallel Programming Model 9%
44. Comparative Evaluation 9%
45. Mean Time between Failure 9%
46. Comparative Analysis 9%
47. Power Management 9%
48. Total Execution Time 9%
49. Scientific Application 8%
50. Analytical Model 8%