The patent badge is an abbreviated version of the USPTO patent document. The patent badge does contain a link to the full patent document.

The patent badge is an abbreviated version of the USPTO patent document. The patent badge covers the following: Patent number, Date patent was issued, Date patent was filed, Title of the patent, Applicant, Inventor, Assignee, Attorney firm, Primary examiner, Assistant examiner, CPCs, and Abstract. The patent badge does contain a link to the full patent document (in Adobe Acrobat format, aka pdf). To download or print any patent click here.

Date of Patent:
Mar. 26, 2019

Filed:

Oct. 20, 2015
Applicant:

Rgb Systems, Inc., Anaheim, CA (US);

Inventor:

Peter Lionel Smith, Bromley, GB;

Assignee:

RGB SYSTEMS, INC., Anaheim, CA (US);

Attorney:
Primary Examiner:
Assistant Examiner:
Int. Cl.
CPC ...
H04N 19/68 (2014.01); H04N 19/70 (2014.01); H04N 19/176 (2014.01); H04N 19/64 (2014.01); H04N 19/63 (2014.01); H04N 19/61 (2014.01); H04N 19/107 (2014.01); H04N 19/132 (2014.01); H04N 19/17 (2014.01); H04N 19/635 (2014.01); H04N 19/42 (2014.01); H04N 19/89 (2014.01); H04N 19/645 (2014.01); H04N 19/86 (2014.01); H04N 19/507 (2014.01); H04N 19/174 (2014.01); H04N 19/186 (2014.01); H04N 19/51 (2014.01); H04N 19/66 (2014.01); H04N 19/169 (2014.01); H04N 19/33 (2014.01); H04N 19/96 (2014.01); H04N 19/182 (2014.01); H04N 19/423 (2014.01); H04N 19/13 (2014.01);
U.S. Cl.
CPC ...
H04N 19/68 (2014.11); H04N 19/107 (2014.11); H04N 19/132 (2014.11); H04N 19/17 (2014.11); H04N 19/174 (2014.11); H04N 19/176 (2014.11); H04N 19/182 (2014.11); H04N 19/186 (2014.11); H04N 19/1883 (2014.11); H04N 19/33 (2014.11); H04N 19/42 (2014.11); H04N 19/423 (2014.11); H04N 19/507 (2014.11); H04N 19/51 (2014.11); H04N 19/61 (2014.11); H04N 19/63 (2014.11); H04N 19/635 (2014.11); H04N 19/645 (2014.11); H04N 19/647 (2014.11); H04N 19/66 (2014.11); H04N 19/70 (2014.11); H04N 19/86 (2014.11); H04N 19/89 (2014.11); H04N 19/96 (2014.11); H04N 19/13 (2014.11);
Abstract

Methods of data encoding using trees formed with logic gates are described which lead to spatial compression of image data. Data encoding is achieved using a five-level wavelet transform, such as the Haar or the 2/10 transform. A dual transform engine is used, the first and engine being used for the first part of the first-level transform, the second part of the first-level transform and the subsequent-level transforms being performed by the second transform engine within a time interval which is less than or equal to the time taken by the first transform engine to effect the part-transform. Each bit plane of the resulting coefficients is then encoded by forming a tree structure from the bits and OR logical combinations thereof. Redundant data are removed from the resulting tree structure, and further data can be removed by using a predetermined compression profile. The resulting blocks of compressed data are of variable length and are packaged with sync words and index words for transmission so that the location and identity of the transformed data blocks can be determined from the received signal.


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