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2. ABSTRACT.
3. INTRODUCTION.
4. CHAPTER I: SERVOMECHANISM FUNDAMENTALS: Advantages of a Closed-Cycle Control System.
5. CHAPTER I: SERVOMECHANISM FUNDAMENTALS: General Response Characteristics of Servomechanisms.
6. CHAPTER III: FUNDAMENTAL PROPERTIES OF SERVOMECHANISM TRANSFER-FUNCTION-LOCI.
7. CHAPTER IV: APPLICATION OF TRANSFER-LOCI TO THE ADJUSTMENT OF SERVOMECHANISMS: Servomeohanism Design Prodeoure.
8. CHAPTER IV: APPLICATION OF TRANSFER-LOCI TO THE ADJUSTMENT OF SERVOMECHANISMS: Factors Important in Servo Adjustment.
9. CHAPTER VI: THEORY OF PHASE-LEAD-CONTROLLERS: Derivative Controller.
10. CHAPTER VI: THEORY OF PHASE-LEAD-CONTROLLERS: Basic Lead-Controller.
11. CHAPTER VI: THEORY OF PHASE-LEAD-CONTROLLERS: Third-Order Transfer-Function Servo with Compound Lead-Controller; Case 3: ζ3 = 1.0.
12. CHAPTER VII: APPROXIMTION CRITERIA.
13. CHAPTER VIII: THEORY OF MINIMUM VELOCITY-ERROR SERVOMECHANISMS: PART 2: Systems Comprising Both Integral- and Lead-Controllers.
14. CHAPTER VIII: THEORY OF MINIMUM VELOCITY-ERROR SERVOMECHANISMS: PART 2: Example: Third-Order Transfer-Function Servo with Basic Lead-Controller and Integral-Controller.
15. CHAPTER VIII: THEORY OF MINIMUM VELOCITY-ERROR SERVOMECHANISMS: PART 2: Integral-controller Design Limitations.
16. CHAPTER IX: BASIC CONTROLLER NETWORKS.
17. CHAPTER X: REGENERATIVE CONTROLLERS.
18. CHAPTER XI: CONSTANT-RESISTANCE CONTROLLERS: Bridged-T Equivalent of the Lattice.
19. SUGGESTlONS FOR FURTHER WORK.
20. INTRODUCTION: 0.2: Time Series.
21. INTRODUCTION: 0.3: Communication Engineering.
22. Chapter I: RÉSUMÉ OF FUNDAMENTAL MATHEMATICAL NOTIONS: 1.7: Harmonic Analysis in the Complex Domain.
23. Chapter II: THE LINEAR PREDICTOR FOR A SINGLE TIME SERIES.
24. APPENDIX B: THE WIENER RMS (ROOT MEAN SQUARE) ERROR CRITERION IN FILTER DESIGN AND PREDICTION.
25. APPENDIX C: A HEURISTIC EXPOSITION OF WIENER'S MATHEMATICAL THEORY OF PREDICTION AND FILTERING.
26. CHAPTER I: Electron Ballistics: 7. MOTION OF CHARGED PARTICLES IN MAGNETO STATIC FIELDS.
27. CHAPTER I: Electron Ballistics: PROBLEMS.
28. CHAPTER II: Electron Emission from Metals: 6. MEASUREMENT OF THERMIONIC EMISSION.
29. CHAPTER IV: Vacuum Tubes: PROBLEMS.
30. CHAPTER IX: Cascade Amplifiers; Class A1: 5. RESISTANCE-CAP ACITANCE-COUPLED AMPLIFIERS.
31. CHAPTER IX: Cascade Amplifiers; Class A1: 12. FEEDBACK AMPLIFIERS.
32. CHAPTER XII: Modulation and Demodulation, or Detection: 18. FREQUENCY MODULATION.
33. Bibliography.
34. CHAPTER 15: High-Field Conduction Phenomena: Conservation of Momentum.
35. General Bibliography.
36. PREFACE.
37. APPENDIX I: LISP FOR SHARE DISTRIBUTION.
38. Chapter 1: INTRODUCTION.
39. Chapter 1: INTRODUCTION: 1.1 Historical Review of the Problem.
40. PREFACE.
41. INTRODUCTION.
42. POSTSCRIPT.
43. DISCUSSION.
44. FREE DISCUSSION.
45. LIST-PROCESSING METHODS FOR ORGANIZING FILES OF LINKED RECORDS.
46. EXTRAPOLATIONS.
47. FREE DISCUSSION.
48. SOME COMPUTER APPLICATIONS TO POPULATION PROJECTIONS AND DEMOGRAPHIC ANALYSIS.
49. DISCUSSION.
50. FREE DISCUSSION.
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