1
Jerome M Shapiro: Data compression system including successive approximation quantizer. General Electric Company, Joseph S Tripoli, Eric P Herrmann, Ronald H Kurdy, June 14, 1994: US05321776 (196 worldwide citation)

A data processing system augments compression of non-zero values of significant coefficients by coding entries of a significance map independently of coding the values of significant non-zero coefficients. A dedicated symbol represents a zerotree structure encompassing a related association of insig ...


2
Jerome M Shapiro: Apparatus and method for compressing information. David Sarnoff Research Center, William J Burke, May 2, 1995: US05412741 (167 worldwide citation)

An apparatus and method for signal, image, or video compression that achieves high compression efficiency in a computationally efficient manner and corresponding decoder apparatus and methods are disclosed. This technique uses zerotree coding of wavelet coefficients in a much more efficient manner t ...


3
Jerome M Shapiro: Digital data compression system including zerotree coefficient coding. General Electric Company, Joseph S Tripoli, Eric P Herrmann, Ronald H Kurdyla, May 24, 1994: US05315670 (151 worldwide citation)

A data processing system augments compression of non-zero values of significant coefficients by coding entries of a significance map independently of coding the values of significant non-zero coefficients. A dedicated symbol represents a zerotree structure encompassing a related association of insig ...


4
Jerome M Shapiro: Apparatus and method for emphasizing a selected region in the compressed representation of an image. David Sarnoff Research Center, W J Burke, October 8, 1996: US05563960 (115 worldwide citation)

In certain image analysis applications, it is desirable to compress the image while emphasizing a selected region of the image. The invention is a means for to allocating more bits, and thus better quality in the decoded image, to the selected region at the expense of other regions of the image. Thi ...


5
Jerome M Shapiro, Stuart D Sandberg, Marcos C Tzannes: Bit allocation among carriers in multicarrier communications. Aware, Miles & Stockbridge P, Jason H Vick, March 22, 2005: US06870888 (15 worldwide citation)

A technique is provided that may be employed in multicarrier communications to improve the efficiency of error correction using symbol-oriented error correction methodologies, by reducing the number of error correction code symbols (102, 104 . . . ) that are received in error that result from a sing ...


6
James P Dunyak, John D Fite, Jerome M Shapiro: Sub-symbol parallel interference cancellation. The MITRE Corporation, Rader Fishman& Grauer PLLC, August 29, 2006: US07099378 (15 worldwide citation)

Reduction of multiple access interference, in one example for asynchronous CDMA systems using long codes. In one aspect, parallel interference cancellation (PIC) implements a decoupled estimate, preferably non-linear and applied at chip intervals. According to another aspect, interference is cancell ...


7
James P Dunyak, John D Fite, Jerome M Shapiro: Sub-symbol parallel interference cancellation. The Mitre Corporation, Rader Fishman & Grauer PLLC, January 6, 2009: US07474691 (2 worldwide citation)

Reduction of multiple access interference, in one example for asynchronous CDMA systems using long codes. In one aspect, parallel interference cancellation (PIC) implements a decoupled estimate, preferably non-linear and applied at chip intervals. According to another aspect, interference is cancell ...


8
James P Dunyak, John D Fite, Jerome M Shapiro: System and method for interference cancellation with multi-stage multi-user detection. The Mitre Corporation, Rader Fishman & Grauer PLLC, March 17, 2009: US07505510 (1 worldwide citation)

Reduction of multiple access interference, in one example for asynchronous CDMA systems using long codes. In one aspect, parallel interference cancellation (PIC) implements a decoupled estimate, preferably non-linear and applied at chip intervals. According to another aspect, interference is cancell ...


9
Jerome M Shapiro, Stuart D Sandberg, Marcos C Tzannes: Bit allocation among carriers in multicarrier communications. Schwabe Williamson & Wyatt P C, September 21, 2010: US07801225

A technique is provided that may be employed in multicarrier communications to improve the efficiency of error correction using symbol-oriented error correction methodologies, by reducing the number of error correction code symbols (102, 104 . . . ) that are received in error that result from a sing ...


10
Jerome M Shapiro, Stuart D Sandberg, Marcos C Tzannes: Bit allocation among carriers in multicarrier communications. Daphimo Co, Schwabe Williamson & Wyatt P C, July 10, 2012: US08218664

A technique is provided that may be employed in multicarrier communications to improve the efficiency of error correction using symbol-oriented error correction methodologies, by reducing the number of error correction code symbols (102, 104 . . . ) that are received in error that result from a sing ...



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