Jens Sparsø

Computer Science

1. Design 100%
2. Networks on Chips 78%
3. Communication 64%
4. Real Time Systems 25%
5. Application 25%
6. Worst-Case Execution Time 24%
7. Routers 23%
8. Networks 22%
9. Standards 22%
10. Multicore Processor 22%
11. Time-Division Multiplexing 21%
12. Reconfiguration 20%
13. System-on-Chip 18%
14. Multicore Platform 18%
15. Synchronization 17%
16. Network Interface 17%
17. Asynchronous Circuit 17%
18. Computation 16%
19. Synthesis 16%
20. Message Passing 15%
21. Algorithms 14%
22. Topology 12%
23. Control 12%
24. Domains 12%
25. Worst-Case Execution Time Analysis 12%
26. Hardware 12%
27. Simulation Mode 10%
28. Channels 10%
29. Multicore 10%
30. Messages 10%
31. Links 9%
32. Hardware Accelerator 9%
33. Chip Architecture 9%
34. Classes 8%
35. Simulation 8%
36. Scheduling 8%
37. Jitter 8%
38. Guaranteed Service 8%
39. Write Transaction 7%
40. Hard Real-Time System 7%
41. Power Consumption 7%
42. Traffic Pattern 7%
43. Processor Core 7%
44. Traffic Generation 6%
45. Heterogeneous Multiprocessor 6%
46. Many-Core 6%
47. Scheduler 6%
48. Network on a Chip 6%
49. Virtual Circuit 6%
50. Open Source 6%