FRAME ELEMENT LENGTH TRANSMISSION IN AUDIO CODING Russian patent published in 2015 - IPC G10L19/00 H03M7/30 

Abstract RU 2571388 C2

FIELD: physics, acoustics.

SUBSTANCE: invention relates to audio signal coding, particularly to frame element length transmission. Frame elements to be made available for skipping may be transmitted more efficiently by arranging such that default payload length information is transmitted separately within a configuration block, with the length information within the frame elements, in turn, being divided into a default payload length flag followed, if the default payload length flag is not set, by a payload length value explicitly coding the payload length of the respective frame element. However, if the default payload length flag is set, explicit transmission of the payload length may be avoided. Instead, any frame element, the default extension payload length flag of which is set, has the default payload length and any frame element, the default extension payload length flag of which is not set, has a payload length corresponding to the payload length value.

EFFECT: high accuracy of audio signal coding.

19 cl, 16 tbl, 39 dwg

Similar patents RU2571388C2

Title Year Author Number
ARRANGEMENT OF FRAME ELEMENT IN BIT STREAM FRAMES, REPRESENTING AUDIO CONTENT 2012
  • Nojendorf Maks
  • Multrus Markus
  • Dela Shtefan
  • Purnkhagen Khejko
  • De Bont Frans
RU2589399C2
AUDIO ENCODER AND DECODER HAVING FLEXIBLE CONFIGURATION FUNCTIONALITIES 2012
  • Nojendorf Maks
  • Multrus Markus
  • Dela Shtefan
  • Purnkhagen Khejko
  • De Bont Frans
RU2575390C2
DECODING OF BITSTREAMS OF AUDIO WITH METADATA EXTENDED COPYING OF THE SPECTRAL BAND IN AT LEAST ONE FILLER 2016
  • Villemoes, Lars
  • Purnhagen, Heiko
  • Ekstrand, Per
RU2658535C1
DECODING OF AUDIO BIT STREAMS WITH METADATA OF EXTENDED COPYING OF SPECTRAL BAND IN AT LEAST ONE FILLING ELEMENT 2016
  • Villemoes Lars
  • Purnhagen Heiko
  • Ekstrand Per
RU2760700C2
AUDIO DECODER, AUDIO ENCODER, METHOD OF DECODING AUDIO SIGNAL, METHOD OF ENCODING AUDIO SIGNAL, COMPUTER PROGRAMME AND AUDIO SIGNAL 2009
  • Fukhs Gil'Om
  • Multrus Markus
  • Gejger Ral'F
  • Borsum Arne
  • Nagel Frederik
  • Robilliard Zhul'En
  • Subbaraman Vignesh
  • Lekomte Dzheremi
RU2543302C2
ENCODING AND DECODING OF SLOT POSITIONS WITH EVENTS IN AUDIO SIGNAL FRAME 2012
  • Kuntts Akhim
  • Dish Sasha
  • Bjakstrem Tom
RU2575393C2
INVERSELY COMPATIBLE INTEGRATION OF TECHNIQUES OF HIGH-FREQUENCY RECONSTRUCTION FOR AUDIO SIGNALS 2019
  • Kjoerling, Kristofer
  • Villemoes, Lars
  • Purnhagen, Heiko
  • Ekstrand, Per
RU2740688C1
DECODING OF BIT AUDIO STREAMS WITH METADATA OF EXTENDED COPYING OF SPECTRAL BAND IN AT LEAST ONE FILLING ELEMENT 2016
  • Villemoes, Lars
  • Purnhagen, Heiko
  • Ekstrand, Per
RU2764186C2
DECODING OF AUDIO BITSTREAMS WITH METADATA OF EXTENDED COPYING OF THE SPECTRAL BAND IN AT LEAST ONE FILLER 2016
  • Villemoes Lars
  • Purnkhagen Khejko
  • Ekstrand Per
RU2665887C1
BACKWARD COMPATIBLE INTEGRATION METHODS FOR HIGH-FREQUENCY RECOVERY OF AUDIO SIGNALS 2019
  • Kjoerling, Kristofer
  • Villemoes, Lars
  • Purnhagen, Heiko
  • Ekstrand, Per
RU2757322C2

RU 2 571 388 C2

Authors

Nojendorf Maks

Multrus Markus

Dela Shtefan

Purnkhagen Khejko

De Bont Frans

Dates

2015-12-20Published

2012-03-19Filed