Invention Grant
US08194750B2 System and method for digital communication having a circulant bit interleaver for equal error protection (EEP) and unequal error protection (UEP)
有权
具有用于等误差保护(EEP)和不等错误保护(UEP)的循环比特交织器的数字通信系统和方法,
- Patent Title: System and method for digital communication having a circulant bit interleaver for equal error protection (EEP) and unequal error protection (UEP)
- Patent Title (中): 具有用于等误差保护(EEP)和不等错误保护(UEP)的循环比特交织器的数字通信系统和方法,
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Application No.: US11835302Application Date: 2007-08-07
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Publication No.: US08194750B2Publication Date: 2012-06-05
- Inventor: Pengfei Xia , Chiu Ngo
- Applicant: Pengfei Xia , Chiu Ngo
- Applicant Address: KR Suwon
- Assignee: Samsung Electronics Co., Ltd.
- Current Assignee: Samsung Electronics Co., Ltd.
- Current Assignee Address: KR Suwon
- Agency: Sherman & Zarrabian LLP
- Agent Kenneth L. Sherman, Esq.; Michael Zarrabian, Esq.
- Main IPC: H04N7/12
- IPC: H04N7/12 ; H04N11/02 ; H04N11/04

Abstract:
A system and method for processing uncompressed high definition video data to be transmitted over a wireless medium is disclosed. In one embodiment, the system includes i) a plurality of convolutional encoders configured to input a plurality of video data streams and output a plurality of encoded data streams, respectively, wherein each data stream includes a plurality of data bits, ii) a group multiplexer configured to multiplex the plurality of encoded data streams into a multiplexed data stream, wherein the group multiplexer is further configured to multiplex a plurality of data bits together at one time and iii) a circulant bit interleaver configured to receive an m×n data stream block having n columns and m rows or convert the multiplexed data stream to an m×n data stream block, wherein the m×n data stream block comprises m×n data bits, and wherein the bit interleaver is further configured to interleave the received data bits diagonally and in a circulant manner with respect to the m×n block. The circulant bit interleaver interleaves the multiplexed data bits such that all data bits in one QAM symbol come from different convolutional encoders.
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