Signal Processing in the Information Age (UDRC III)

Engineering & Materials Science

1. Polynomials 100%
2. Decomposition 73%
3. Covariance matrix 73%
4. Discrete Fourier transforms 41%
5. Target tracking 34%
6. Spectral density 34%
7. Eigenvalues and eigenfunctions 31%
8. Error analysis 26%
9. Signal processing 23%
10. Beamforming 22%
11. Source separation 21%
12. Signal detection 18%
13. Dimensionality reduction 18%
14. Bins 17%
15. Signal to noise ratio 17%
16. Adaptive algorithms 16%
17. Redundancy 16%
18. Image analysis 16%
19. Cost functions 15%
20. Identification (control systems) 14%
21. Set theory 14%
22. Interpolation 14%
23. Statistics 13%
24. Radar 13%
25. Acoustic waves 13%
26. Reverberation 12%
27. Speech coding 11%
28. Derivatives 11%
29. Topology 11%
30. Speech processing 11%
31. Factorization 11%
32. Speech enhancement 11%
33. Antennas 10%
34. MIMO systems 10%
35. Computational complexity 10%
36. Speech recognition 8%
37. Maximum likelihood 7%
38. Acoustic noise 7%
39. Microphones 7%
40. Pipelines 6%
41. Filter banks 6%
42. Equalizers 6%
43. Availability 5%
44. Sensors 5%
45. Polynomial approximation 5%