Software management of hybrid DRAM/NVRAM memory systems

Computer Science

1. Non-Volatile Memory 100%
2. Scheduler 75%
3. Programs 75%
4. Programming Model 50%
5. Thread 50%
6. Pipeline Parallelism 50%
7. Data Structure 50%
8. Domain-Specific Language 50%
9. Energy Consumption 45%
10. Parallelism 37%
11. Energy Efficient 37%
12. Evaluation 37%
13. Design 37%
14. Loop Perforation 25%
15. Application Level 25%
16. Computing 25%
17. Energy Efficiency 25%
18. Data-Stores 25%
19. Application Performance 25%
20. Underlying Data 25%
21. Free Programming 25%
22. Data Management 25%
23. Concurrency 25%
24. Benchmark 25%
25. User Programming 25%
26. Programming Error 25%
27. Accuracy 25%
28. Semantics 25%
29. Parallel Program 25%
30. State-of-the-Art Application 25%
31. Main Memory Access 25%
32. Database Management System 25%
33. Processing Core 20%
34. Graph Representation 20%
35. Main Memory 19%
36. Memory Technology 19%
37. User Application 16%
38. Application Object 16%
39. Management Software 16%
40. Reduce Power Consumption 16%
41. Iterative Algorithm 16%
42. Error Tolerance 16%
43. Memory Architecture 12%
44. Current-State 12%
45. Workload 12%
46. Scheduling Task 12%
47. Data Center 12%
48. Kernel 12%
49. Performance Degradation 12%
50. Memory Hierarchy 12%
51. Simulation 12%
52. Server 12%
53. Application 12%
54. Hardware 12%
55. Concurrent Program 10%
56. Memory Bandwidth 10%
57. Scheduling Overhead 7%
58. Atomic Operation 7%
59. Analytics Code 7%
60. Static Power 7%
61. Memory Access 7%