Journal: IEEE Transactions on Information Theory

Volume 10, Issue 3

180 -- 185Worthie Doyle, Irving S. Reed. Approximate band-pass limiter envelope distributions
185 -- 189Shimon Even. Test for synchronizability of finite automata and variable length codes
189 -- 191Ivan Selin. Estimation of the relative delay of two similar signals of unknown phases in white Gaussian noise
192 -- 195L. Wan. Pulse position modulation code for the improvement of Doppler shift measurement
196 -- 208Solomon W. Golomb, Edward C. Posner. Rook domains, Latin squares, affine planes, and error-distributing codes
208 -- 214J. Smith. The analysis of multiple signal data
215 -- 221Leonard Kleinrock. Detection of the peak of an arbitrary spectrum
222 -- 226Samuel Zahl. The linear prediction of deterministic signals
227 -- 234Ross E. Williams. The panchromatic principle in optical filtering
235 -- 241Nelson M. Blachman. FM reception and the zeros of narrow-band Gaussian noise
241 -- 0Solomon A. Zadoff. Correction to 'Progress Report 1960-63'
242 -- 246Leo I. Bluestein. Asymptotically optimum quantizers and optimum analog to digital converters for continuous signals (Corresp.)
246 -- 248Charles V. Freiman. Upper bounds for fixed-weight codes of specified minimum distance (Corresp.)
248 -- 250James L. Massey, R. W. Liu. Application of Lyapunov's direct method to the error-propagation effect in convolutional codes (Corresp.)
250 -- 252M. Nesenbergs. A combinatorial problem and a simple decoding method for cyclic codes (Corresp.)
252 -- 253Tadao Kasami, S. Matoba. Some efficient shortened cyclic codes for burst-error correction (Corresp.)
253 -- 255Jacob Ziv. Generation of optimal codes by a 'pyramid-packing' argument (Corresp.)
255 -- 256L. Lorne Campbell. On a class of polynomials useful in probability calculations (Corresp.)
257 -- 0Robert D'Attilio. Boothroyd and intersymbol interference reduction (Corresp.)
257 -- 258Elwyn R. Berlekamp. Note on recurrent codes (Corresp.)
259 -- 260Luther D. Rudolph, M. E. Mitchell. Implementation of decoders for cyclic codes (Corresp.)