Performance Factors in Videotex Systems. - J. A. Field; H. C. Ratz; Mike Sablatash (INFOCOM, 1984)

A Multipath RF Propagation Model for Computer Simulation of Complex Impulse Responses of Broadcast Teletext Channels. - Michael Sablatash; Robert K. Tiedemann; Kenneth W. Moreland (IEEE J. Sel. Areas Commun., 1987)

The Design of a High-Performance Error-Correcting Coding Scheme for the Canadian Broadcast Telidon System Based on Reed-Solomon Codes. - Brian C. Mortimer; Michael J. Moore; Mike Sablatash (IEEE Trans. Commun., 1987)

Modeling Broadcast Teletext Systems for Analysis and Computer Simulation Studies. - Michael Sablatash; Kenneth W. Moreland; Robert K. Tiedemann (IEEE Trans. Commun., 1987)

A Functional Network Model for Analytical File Management in ISDN Systems from Generalization of Videotex Systems. - To-Yat Cheung; Mike Sablatash (Comput. Networks, 1989)

Extraction of teletext channel information from measured complex and in-phase impulse responses at baseband and their significance. - Mike Sablatash; Kenneth W. Moreland (IEEE Trans. Commun., 1989)

Signal processing to decrease the effects of channel degradations in HDTV transmission. - Mike Sablatash (ICASSP, 1991)

The uncertainty principle and its theory and applications in advanced television. - Mike Sablatash; Lloyd J. Mason (ICASSP, 1991)

Wavelets: multiresolution signal representation with applications to image, speech, radar, and other signal coding. - Mike Sablatash (Visual Information Processing, 1992)

Error-control coding, modulation and equalization for all-digital advanced television: state of the art and future possibilities. - Mike Sablatash (Information Theory and Applications, 1993)

Transmission of all-digital advanced television: state of the art and future directions. - Michael Sablatash (IEEE Trans. Broadcast., 1994)

The coding of image sequences by wavelets, wavelet packets and other subband coding schemes. - Michael Sablatash; Todor Cooklev; Takuro Kida (IEEE Trans. Broadcast., 1994)

Regular multidimensional linear phase FIR digital filter banks and wavelet bases. - Todor Cooklev; Akinori Nishihara; Toshiyuki Yoshida; Michael Sablatash (ICASSP, 1995)

Two-channel multifilter banks and multiwavelets. - Todor Cooklev; Akinori Nishihara; Masaki Kato; Michael Sablatash (ICASSP, 1996)

Compression of High-Quality Audio Signals, Including Recent Methods Using Wavelet Packets. - Mike Sablatash; Todor Cooklev (Digit. Signal Process., 1996)

Design and Implementation of Wavelet Packet-Based Filter Bank Trees for Multiple Access Communications. - Mike Sablatash; Todor Cooklev; John H. Lodge (ICC (1), 1997)

Regular orthonormal and biorthogonal wavelet filters. - Todor Cooklev; Akinori Nishihara; Mike Sablatash (Signal Process., 1997)

Theory and design of spectrum-efficient bandwidth-on-demand multiplexer-demultiplexer pairs based on wavelet packet tree and polyphase filter banks. - Mike Sablatash; John H. Lodge (ICASSP, 1998)

Multidimensional Two-channel Linear Phase FIR Filter Banks and Wavelet Bases with Vanishing Moments. - Todor Cooklev; Akinori Nishihara; Toshiyuki Yoshida; Mike Sablatash (Multidimens. Syst. Signal Process., 1998)

Design of a synchronization scheme for a bandwidth-on-demand multiplexer-demultiplexer pair based on wavelet packet tree filter banks. - Michael Sablatash; John H. Lodge (ICASSP, 1999)

Spectrally efficient multiplexing of O-QPSK or VSB signals using wavelet packet-based filter banks. - Mike Sablatash; John H. Lodge (Digit. Signal Process., 2003)

Pulse Shaping, Modulation and Spectrum Shaping for UWB Wireless Communications and the Effects on Interference for Single and Multiband Transmission of UWB Signals. - Michael Sablatash (CCECE, 2006)

Designs and architectures of filter bank trees for spectrally efficient multi-user communications: review, modifications and extensions of wavelet packet filter bank trees. - Mike Sablatash (Signal Image Video Process., 2008)