| Page | | Article title | | Author(s) |
| 711-724 |
|
The Energy and General Translation Force of Cylindrical Magnetic Domains |
|
Thiele, A.A.; Bobeck, A.H.; Della Torre, E. ; Gianola, U.F. |
| 725-773 |
|
Device Implications of the Theory of Cylindrical Magnetic Domains |
|
Thiele, A.A. |
| 775-784 |
|
Spreading Resistance Between Constant Potential Surfaces |
|
Brooks, R.D.; Mattes, H.G. |
| 785-813 |
|
Performance of an Adaptive Echo Canceller Operating in a Noisy, Linear, Time-Invariant Environment |
|
Rosenberger, J.R.; Thomas, E.J. |
| 815-841 |
|
Number and Duration of Fades at 6 and 4 GHz |
|
Vigants, Arvids |
| 843-859 |
|
Time Dispersion in Dielectric Waveguides |
|
Personick, S.D. |
| 861-868 |
|
Anisotropic Scattering Due to Rain at Radio-Relay Frequencies |
|
Setzer, David E. |
| 869-880 |
|
Channel Spacing and Necessary Bandwidth in FDM-FM Systems |
|
Lundquist, Leif |
| 881-915 |
|
Short-Term Frequency Stability of Precision Oscillators and Frequency Generators |
|
Barber, Raymond E. |
| 917-932 |
|
On the Design and Analysis of a Class of PCM Systems |
|
Heffes, H.; Horing, S.; Jagerman, D.L. |
| 933-949 |
|
Digital Phase Demodulator |
|
Glance, Bernard |
| 951-981 |
|
Self-Synchronizing Sequential Coding with Low Redundancy |
|
Neumann, Peter G. |
| 983-1016 |
|
Theory for Some Asynchronous Time-Division Switches |
|
Mazo, J.E. |
| 1017-1023 |
|
Error Probability of a Multilevel Digital System with Intersymbol Interference and Gaussian Noise |
|
Ho, E.Y.; Yeh, Y.S. |
| 1025-1047 |
|
Spectral Density of a Nonlinear Function of a Gaussian Process |
|
Neal, Scotty |
| 1049-1061 |
|
Television Coding Using Two-Dimensional Spatial Prediction |
|
Connor, D.J.; Pease, R.F.W.; Scholes, W.G. |
| 1063-1081 |
|
On the Control of Linear Multiple Input-Output Systems |
|
Gopinath, B. |
| 1083-1088 |
|
Contributors to this Issue |
|
|
| 1089-1093 |
|
B.S.T.J. Briefs: HILO - An Improved Transmission Scheme for Semiconductor Switching Networks |
|
Laane, R.R. |
| 1094-1098 |
|
B.S.T.J. Briefs: A Telephone Traffic Model Based on Randomly Closing Crosspoints, and its Relationships to Other Models |
|
Benes, V.E. |