1
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. Stac, Irell & Manella, May 14, 1991: US05016009 (222 worldwide citation)

An apparatus and method for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a history array means. The history array means has a plurality of entries and each entry of the history array means is f ...


2
Douglas L Whiting, Glen A George: Data compression apparatus with shift register search means. Stac, Irell & Manella, March 26, 1991: US05003307 (178 worldwide citation)

An apparatus and method are disclosed for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a shift register means. The shift register means has a plurality of entries and each entry of the shift re ...


3
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. STAC Electronics, Irell & Manella, June 30, 1992: US05126739 (172 worldwide citation)

An apparatus and method as disclosed for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a history array means. The history array means has a plurality of entries and each entry of the history arr ...


4
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. Stac Electronics, Irell & Manella, April 9, 1996: US05506580 (150 worldwide citation)

An apparatus and method are disclosed for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a history array. The history array has a plurality of entries and each entry of the history array is for s ...


5
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. Stac, Irell & Manella, September 8, 1992: US05146221 (130 worldwide citation)

An apparatus and method are disclosed for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a history array. The history array has a plurality of entries and each entry of the history array is for s ...


6
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. Stac Electronics, Irell & Manella, October 31, 1995: US05463390 (102 worldwide citation)

An apparatus and method are disclosed for converting an input data character stream into a variable length encoded data stream in a data compression system. The data compression system includes a history array. The history array has a plurality of entries and each entry of the history array is for s ...


7
Douglas L Whiting, Glen A George, Glen E Ivey: Data compression apparatus and method. Stac, Irell & Manella, May 9, 1995: US05414425 (70 worldwide citation)

An apparatus and method are disclosed for converting an input data character stream into a variable length encoded data stream and encoding the variable length encoded date stream according to byte length. A 2 byte length is encoded by 2 bits having the values "00". Encoded lengths of 3 and 4 bytes ...


8
Glen A George, Douglas L Whiting: Write operation with gating capability. STAC Electronics, Irell & Manella, February 26, 1991: US04996690 (29 worldwide citation)

An apparatus and/or method for generating parity digits of digital information (data) in a digital communication system is disclosed. The communication system (8) is for transferring a plurality of data intervals from an originating data source (12) to a data sink (13). Each data interval comprises ...


9
Douglas L Whiting, Glen A George: Digital phase lock loop. STAC, Irell & Manella, May 29, 1990: US04930142 (18 worldwide citation)

An apparatus and/or method for generating a digital clock signal which is frequency and phase referenced to an external digital data signal is disclosed. The external digital data signal is typically subject to variations in data frequency and high frequency jitter unrelated to changes in the data f ...