Chris Vasiladiotis

Computer Science

1. Compiler 100%
2. Commutativity 95%
3. Parallelization 95%
4. Data Structure 67%
5. Transformations 61%
6. World Application 49%
7. Benchmark 48%
8. Participatory Design 42%
9. Programs 42%
10. Software 42%
11. Memory Latency 42%
12. Hardware 42%
13. Static Program Analysis 42%
14. Workload 42%
15. Machine Learning 42%
16. Compiler Optimization 42%
17. Time Compilation 42%
18. Execution Time 42%
19. Application 38%
20. Code Optimization 35%
21. Embedded Systems 28%
22. Microbenchmarks 28%
23. Algorithms 25%
24. Source Codes 21%
25. Computation 21%
26. Identification 21%
27. Parallelism 21%
28. for Loop 21%
29. Control Flow 21%
30. Optimization 21%
31. Software Pipelining 21%
32. Real World 21%
33. Classes 21%
34. Memory Access Pattern 16%
35. Semantics 16%
36. Data-Dependences 15%
37. Lower Energy Consumption 14%
38. Physical Information 14%
39. Domain-Specific Language 14%
40. Immediates 10%
41. Parallel Construct 10%
42. Parallel Execution 10%
43. Formal Definition 10%
44. Traditional Model 10%
45. Liveness 10%
46. Sequential Program 10%
47. Prevents 10%
48. Formalization 10%
49. Map-Reduce 10%
50. Software Technology 8%