117 results on '"Bertram, H. Neal"'
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2. Analysis of Nonlinear Transition Shift and Write Precompensation in Perpendicular Recording Systems.
3. Semi-Analytical Approach for Analysis of BER in Conventional and Staggered Bit Patterned Media.
4. Precessional Magnetization Reversal in Composite Patterned Media: Dependence on Applied Field Parameters.
5. Mean-Adjusted Pattern-Dependent Noise Prediction for Perpendicular Recording Channels With Nonlinear Transition Shift.
6. Patterned Media for 10 Tb/in2 Utilizing Dual-Section "Ledge" Elements.
7. Error Rate Expression for Perpendicular Magnetic Recording.
8. A New Read Channel Model for Patterned Media Storage.
9. Design Curves and Information-Theoretic Limits for Perpendicular Recording Systems.
10. Design Parameter Optimization for Perpendicular Magnetic Recording Systems.
11. Micromagnetic Study of the Switching Fields in Polycrystalline Magnetic Thin-Film Media.
12. Quasi-Analytical Calculation of Thermal Magnetization Fluctuation Noise in Giant Magnetoresistive Sensors.
13. Micromagnetic Study of the Transition Parameter and Position Jitter in Perpendicular Recording.
14. Transition Jitter Estimates in Tilted and Conventional Perpendicular Recording Media at 1 Tb/in².
15. PRML Channel Performance Under the Influence of Medium Noise in Tape Recording Systems.
16. Write Field Analysis and Write Pole Design in Perpendicular Recording.
17. Experimental Study of Signal-Dependent Noise in Metal Particle Tape.
18. Micromagnetic Analysis of the Effect of Intergranular Exchange on Thermal Stability in Magnetic Recording (III): Perpendicular Media.
19. Micromagnetic Analysis of the Effect of Intergranular Exchange on Thermal Stability in Magnetic Recording (I): Two-Dimensional Isotropic Longitudinal Media.
20. Micromagnetic Analysis of the Effect of Intergranular Exchange on Thermal Stability in Magnetic Recording (II): Slightly Oriented Longitudinal Media.
21. Simulation of the Off-Track Capability of a One Terabit per Square Inch Recording System.
22. Pulse Shape, Resolution, and Signal-to-Noise Ratio in Perpendicular Recording.
23. Simulation of Servo Position Error Signal in Perpendicular Recording.
24. Tape Medium Noise Measurements and Analysis.
25. Collective Thermal Fluctuations in Nominally 'Independent' Granular Recording Media: Application to Thermal Decay.
26. Dynamic-Thermal Effects in Thin Film Media.
27. Concise, Efficient Three-Dimensional Fast Multipole Method for Micromagnetics.
28. Simulation of the Effect of Medium Noise on Servo Position Error Signal Detection in Longitudinal Recording.
29. Magnetic Analysis of Contact Head/Tape Spacing.
30. Micromagnetic Recording Model of Pole-Tip Saturation Effects.
31. Effect of grain size distribution on recording performance in longitudinal thin film media.
32. Analysis of tape surface roughness by magnetic recording and mechanical methods.
33. Thermal Decay of Signal and Noise in High-Density Thin-Film Media.
34. Error Rate Analysis of Partial Response Channels in the Presence of Texture Noise.
35. Thermal decay in high density disk media.
36. Overwrite in particulate tape media.
37. Thermal Reversal of Elongated Ferromagnetic Particles Misoriented to the Applied Field.
38. Soft Underlayer Magnetization Dynamics.
39. Thermal Decay and Erasure Process for Perpendicular Recording at 1 Tb/in2.
40. Thermal Decay of Interacting Grains in Perpendicular Thin-Film Media.
41. Effect of Head Field Rise Time in Perpendicular Recording.
42. Effect of Intergranular Exchange on Thermal Energy Barrier Distribution in Longitudinal Magnetic Recording.
43. Micromagnetic Study of Switching Speed in Perpendicular Recording Media.
44. Analytic Solution for Magnetic Orientation Between Grains.
45. Micromagnetic Study of Anisotropy Sources in Textured Longitudinal Media.
46. Reversal Field versus Pulse Time: Theoretical and Experimental Comparison.
47. Micromagnetic Study of Longitudinal Thin Film Media: Effect of Grain Size Distribution.
48. A theoretical study of nonlinear transition shift.
49. Signal to noise ratio scaling and density limit...
50. Non-arrhenius behavior in single domain particles.
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