Stop the war!Остановите войну!
for scientists:
default search action
Google
Google Scholar
Semantic Scholar
Internet Archive Scholar
CiteSeerX
ORCIDIEEE Transactions on Information Theory, Volume 13
Volume 13, Number 1, January 1967
- George M. Dillard:
A moving-window detector for binary integration. 2-6 - John L. Brown, H. S. Piper:
Output characteristic function for an analog crosscorrelator with bandpass inputs. 6-10 - Robert W. Donaldson:
Communication via the auditory, tactile, and kinesthetic senses. 11-21 - Thomas M. Cover, Peter E. Hart:
Nearest neighbor pattern classification. 21-27 - John L. Brown Jr.:
Generalized form of Price's theorem and its converse. 27-30 - Stephen S. Wolff, Joseph L. Gastwirth, John B. Thomas:
Linear optimum predictors. 30-32 - Robert F. Pawula:
Generalizations and extensions of the Fokker- Planck-Kolmogorov equations. 33-41 - N. Thomas Gaarder:
The design of point detector arrays, I. 42-50 - August W. Rihaczek:
Radar resolution of moving targets. 51-56 - Stanley C. Fralick:
Learning to recognize patterns without a teacher. 57-64 - William J. Hurd:
Correlation function of quantized sine wave plus Gaussian noise. 65-68 - John S. Allison:
The linear rectification of two amplitude-modulated signals and noise. 69-75 - Rudolf de Buda:
An extension of Green's condition to cross-ambiguity functions. 75-81 - Gene Ott:
Compact encoding of stationary Markov sources. 82-86 - Aaron D. Wyner:
On the probability of error for communication in white Gaussian noise. 86-90 - Daniel D. Sullivan:
A fundamental inequality between the probabilities of binary subgroups and cosets. 91-94 - Jeffrey D. Ullman:
On the capabilities of codes to correct synchronization errors. 95-105 - John P. Robinson, Arthur J. Bernstein:
A class of binary recurrent codes with limited error propagation. 106-113 - William K. Pratt:
A bibliography on television bandwidth reduction studies. 114-115 - Burwell B. Goode:
Synthesis of a nonlinear Bayes detector for Gaussian signal and noise fields using Wiener filters (Corresp.). 116-118 - Robert W. Donaldson:
Approximate formulas for the information transmitted by a discrete communication channel (Corresp.). 118-119 - Anthony C. Davies:
Signal-flow graphs and linear feedback shift registers (Corresp.). 119-120 - Donald G. Childers:
Generalized spatiotemporal correlation functions for antennas (Corresp.). 121-122 - Jeffrey M. Speiser:
Wide-band ambiguity functions (Corresp.). 122-123 - John L. Brown Jr., Ganapati P. Patil:
On the statistical independence of joint Gaussian variables after nonlinear transformation (Corresp.). 123-124 - Hermann J. Helgert:
On a bound for channel capacity (Corresp.). 124-126 - Ronald L. Gassner, George R. Cooper:
Note on a generalized ambiguity function (Corresp.). 126 - Solomon Kullback:
A lower bound for discrimination information in terms of variation (Corresp.). 126-127 - Nasser E. Nahi, Robert M. Gagliardi:
Use of limiters for estimating signal to noise ratio (Corresp.). 127-129 - Norman P. Shein:
Error probability for transmission of M -ary orthogonal signals over a partially coherent channel (Corresp.). 129-131 - Edoardo Mosca:
Sidelobe reduction in phase-coded pulse compression radars (Corresp.). 131-134 - Shu Lin, H. Lyne:
Some results on binary convolutional code generators (Corresp.). 134-139 - Robert C. Sommer:
The noisy, asynchronously multiplexed, binary channel (Corresp.). 140-142 - Leonard S. Golding:
Bounds on output moments of a class of nonlinear devices (Corresp.). 142-144 - Thomas Kailath:
A simple rule for checking the validity of certain detection formulas (Corresp.). 144-145 - Raffaele Esposito:
Error probabilities for the Nakagami channel (Corresp.). 145-148
Volume 13, Number 2, April 1967
- Ann M. Boehmer:
Binary pulse compression codes. 156-167 - Irwin M. Jacobs, Elwyn R. Berlekamp:
A lower bound to the distribution of computation for sequential decoding. 167-174 - Richard A. Roberts:
Sequential detection and composite hypotheses with application to a signal of uncertain amplitude. 175-183 - Richard L. Townsend, Edward J. Weldon Jr.:
Self-orthogonal quasi-cyclic codes. 183-195 - Irvin G. Stiglitz:
Correction: Coding for a class of unknown signals. 195 - Toby Berger, Donald W. Tufts:
Optimum pulse amplitude modulation-I: Transmitter-receiver design and bounds from information theory. 196-208 - Donald W. Tufts, Toby Berger:
Optimum pulse amplitude modulation-II: Inclusion of timing jitter. 209-216 - Irvin G. Stiglitz:
A coding theorem for a class of unknown channels. 217-220 - Bruce D. Fritchman:
A binary channel characterization using partitioned Markov chains. 221-227 - Abraham H. Haddad, Kung Yao, John B. Thomas:
General methods for the derivation of sampling theorems. 227-230 - J. L. Bowen:
On the capacity of a noiseless photon channel. 230-236 - David M. Mandelbaum:
Arithmetic codes with large distance. 237-242 - Jean-Marie Goethals:
Factorization of cyclic codes. 242-246 - Edward A. Feustel, Lee D. Davisson:
The asymptotic relative efficiency of mixed statistical tests. 247-255 - T. T. Kadota:
Differentiation of Karhunen-Loève expansion and application to optimum reception of sure signals in noise. 255-260 - Andrew J. Viterbi:
Error bounds for convolutional codes and an asymptotically optimum decoding algorithm. 260-269 - Thomas S. Huang, Mohamed Chikhaoui:
The effect of BSC on PCM picture quality. 270-273 - Lee D. Davisson:
An approximate theory of prediction for data compression. 274-278 - T. T. Kadota, Larry A. Shepp:
On the best finite set of linear observables for discriminating two Gaussian signals. 278-284 - Robert F. Pawula:
A modified version of Price's theorem. 285-288 - Benoit Mandelbrot:
Some noises with I/f spectrum, a bridge between direct current and white noise. 289-298 - C. Gumacos:
On the optimum estimation of the spectra of certain discrete stochastic processes. 298-304 - Luther D. Rudolph:
A class of majority logic decodable codes (Corresp.). 305-307 - E. R. Berger:
Some additional upper bounds for fixed-weight codes of specified minimum distance. 307-308 - Loren W. Nolte:
An adaptive realization of the optimum receiver for a sporadically recurrent waveform in noise (Corresp.). 308-311 - Stephen S. Wolff, Joseph L. Gastwirth, Herman Rubin:
The effect of autoregressive dependence on a nonparametric test (Corresp.). 311-313 - Nicolaos S. Tzannes:
Polynomial expansions of random functions (Corresp.). 314 - Richard A. Groeneveld:
A nonparametric rank correlation method for detecting signals in additive noise (Corresp.). 315-316 - J. A. Zoellner:
Information loss of a peak-riding detector in the presence of pulse interference (Corresp.). 316-318 - Robert O. Harger:
Maximum-likelihood estimation of focus of Gaussian signals (Corresp.). 318-319 - Richard A. Roberts:
Effects of signal parameter uncertainty on optimum nonsequential detection (Corresp.). 320-323 - Thomas J. Goblick Jr., Jerry L. Holsinger:
Analog source digitization: A comparison of theory and practice (Corresp.). 323-326 - B. A. Bowen:
The transform method for nonlinear devices with non-Gaussian noise (Corresp.). 326-328 - Joseph G. Kneuer:
Gain probabilities in MTI radars with known target velocity distributions (Corresp.). 328-330 - William A. Ainsworth:
The storage capacity of matrices (Corresp.). 330-331 - R. T. Aiken:
Time-variant filters and analytic signals (Corresp.). 331-333 - John P. Robinson:
Improved Gilbert bound for convolutional codes (Corresp.). 333-335 - Karl N. Levitt, Jack K. Wolf:
A class of nonlinear error correcting codes based upon interleaved two-level sequences (Corresp.). 335-336 - R. E. Totty, George C. Clark Jr.:
Reconstruction error in waveform transmission (Corresp.). 336-338 - F. Jessie MacWilliams:
An example of two cyclically orthogonal sequences with maximum period (Corresp.). 338-339 - John D. Lipson:
On the unique decodability of codes (Corresp.). 339-340 - J. B. Millard, Ludwik Kurz:
The Kolmogorov-Smirnov tests in signal detection (Corresp.). 341-342 - Charles F. Hobbs:
Universality of blank-correction and error-detection (Corresp.). 342-343 - L. Montgomery, Irving S. Reed:
A generalization of the Gabor-Helstrom transform (Corresp.). 344-345 - R. T. Aiken:
Communication over the discrete-path fading channel (Corresp.). 346-347 - M. M. Crum:
Representations of signals (Corresp.). 348 - Jon G. Bredeson, Seifollah Louis Hakimi:
Decoding of graph theoretic codes (Corresp.). 348-349 - Joseph T. Cordaro Jr., Terry J. Wagner:
Optimum (n, 2) codes for small values of channel error probability (Corresp.). 349-350 - Zygmunt Szwaja:
On step-by-step decoding of the BCH binary codes (Corresp.). 350-351
Volume 13, Number 3, July 1967
- Jacob Ziv:
Asymptotic performance and complexity of a coding scheme for memoryless channels. 356-359 - Hermann J. Helgert:
A partial ordering of discrete, memoryless channels. 360-365 - C. V. Ramamoorthy, Donald W. Tufts:
Reinforced prefixed comma-free codes. 366-371 - David Middleton:
A statistical theory of reverberation and similar first-order scattered fields-I: Waveforms and the general process. 372-392 - David Middleton:
A statistical theory of reverberation and similar first-order scattered fields-II: Moments, spectra and special distributions. 393-414 - Andrew J. Viterbi:
Performance of an M -ary orthogonal communication system using stationary stochastic signals. 414-422 - B. Dunbridge:
Asymmetric signal design for the coherent Gaussian channel. 422-431 - D. E. Weston:
New calculation methods for echo-ranging ambiguity. 432-441 - Thomas Kailath:
A projection method for signal detection in colored Gaussian noise. 441-447 - Thomas R. Benedict, T. T. Soong:
The joint estimation of signal and noise from the sum envelope. 447-454 - Darrol F. Delong Jr., Edward M. Hofstetter:
On the design of optimum radar waveforms for clutter rejection. 454-463 - Michel M. Goutmann:
Chernoff bound for channels with infinite memory. 463-467 - Hermann J. Helgert:
A comparison of arbitrary and symmetric channels on the basis of capacity. 467-470 - Frank Amoroso, M. Montagnana:
Distortionless data transmission with minimum peak voltage. 470-477 - Peter A. Franaszek, Bede Liu:
On a class of linear time-varying filters. 477-481 - Stephen S. Wolff, Joseph L. Gastwirth:
On probability distributions for filtered white noise. 481-484 - King-Sun Fu, Yi-Tzuu Chien:
Sequential recognition using a nonparametric ranking procedure. 484-492 - Peter Elias:
Networks of Gaussian channels with applications to feedback systems. 493-501 - Norman M. Abramson:
Nonlinear transformations of random processes. 502-505 - Willis C. Kellogg:
Information rates in sampling and quantization. 506-511 - Julian J. Bussgang, Michael B. Marcus:
Truncated sequential hypothesis tests. 512-516 - Robert Donald Yates, George R. Cooper:
Correlation function bounds for aperiodic signals (Corresp.). 517-518 - Yi-Tzuu Chien, King-Sun Fu:
On the generalized Karhunen-Loeve expansion (Corresp.). 518-520 - Charles T. Wolverton, Terry J. Wagner:
On the asymptotic behavior of the approximations for the probability of error and the entropy of a stationary random process. 520 - Andrew J. Viterbi, Jack J. Stiffler:
Performance of N-orthogonal codes (Corresp.). 521-522 - Giancarlo Grasso, Pier F. Guarguaglini:
On the optimum coincidence procedure in presence of a fluctuating target. 522-524 - Richard J. Turyn:
The correlation function of a sequence of roots of 1 (Corresp.). 524-525 - Richard A. McDonald:
Review of 'Signal Detection Theory' (Hancock, J. C., and Wintz, P. A.; 1966). 526-527 - Ivan Selin:
Review of 'Principles of Coherent Communication' (Viterbi, A. J.; 1966). 527-528
Volume 13, Number 4, October 1967
- Josef Raviv:
Decision making in Markov chains applied to the problem of pattern recognition. 536-551 - Piero Mazzetti, Paolo Soardo:
Line spectrum of series of time-correlated pulses having random shape and amplitude. 552-557 - J. R. Fisher, Edwin B. Stear:
Optimal nonlinear filtering for independent increment processes-Part I. 558-568 - J. R. Fisher, Edwin B. Stear:
Optimal nonlinear filtering for independent increment processes-Part II. 568-578 - R. Snyder:
A partial spectrum approach to the analysis of quasi-stationary time series. 579-587 - Nobuki Tokura, Kenichi Taniguchi, Tadao Kasami:
A search procedure for finding optimum group codes for the binary symmetric channel. 587-594 - John N. Pierce:
Limit distribution of the minimum distance of random linear codes. 595-599 - Burt Masnick, Jack K. Wolf:
On linear unequal error protection codes. 600-607 - Jack Keil Wolf:
Decoding of Bose-Chaudhuri-Hocquenghem codes and Prony's method for curve fitting (Corresp.). 608 - E. H. Moore:
A unified approach to the detection of fluctuating pulsed signals in noise. 608-610 - Göran Einarsson:
Some comments on N-orthogonal codes (Corresp.). 610-611 - Terry J. Wagner, James M. Pitt, Baxter F. Womack:
A comparison between pattern classification approaches (Corresp.). 611-613 - Emily Norwood:
The number of different possible compact codes (Corresp.). 613-616 - George M. Dillard:
Generating random numbers having probability distributions occurring in signal detection problems (Corresp.). 616-617 - J. Pieter M. Schalkwijk, Leo I. Bluestein:
Transmission of analog waveforms through channels with feedback (Corresp.). 617-619 - Robert Gold:
Optimal binary sequences for spread spectrum multiplexing (Corresp.). 619-621 - John R. Pierce:
Average digit-error probability after decoding random codes (Corresp.). 621-623 - Howard L. Yudkin:
Review of 'Communication Systems and Techniques' (Schwartz, M., et al; 1966). 624 - Martin Schetzen:
Review of 'Non-Linear Transformations of Stochastic Processes' (Kuznetsov, P. I., et al, Eds.; 1965). 624-625
a service of 
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.
last updated on 2024-04-22 20:03 CEST by the dblp team
all metadata released as open data under CC0 1.0 license
see also: Terms of Use | Privacy Policy | Imprint
dblp was originally created in 1993 at:
since 2018, dblp has been operated and maintained by:
the dblp computer science bibliography is funded and supported by:
