In this paper, we introduce a novel cyclic redundancy check (CRC)-based single error correction method which we apply to robust H.264 Baseline video decoding.

A novel cyclic redundancy check (CRC)-based single error correction method which is applied to robust H.264 Baseline video decoding and shows an average ...

ABSTRACT. In this paper, we introduce a novel cyclic redundancy check. (CRC)-based single error correction method which we ap- ply to robust H.264 Baseline ...

Paper ID, COM-02.1. Paper Title, ROBUST H.264 VIDEO DECODING USING CRC-BASED SINGLE ERROR CORRECTION AND NON-DESYNCHRONIZING BITS VALIDATION.

Apr 25, 2024 · Robust H.264 Video Decoding Using Crc-Based Single Error Correction And Non-Desynchronizing Bits Validation. ICIP 2020: 1098-1102. [+] ...

Robust H.264 Video Decoding Using Crc-Based Single Error Correction And Non-Desynchronizing Bits Validation · Computer Science. 2020 IEEE International ...

Robust H.264 Video Decoding Using Crc-Based Single Error Correction And Non-Desynchronizing Bits Validation · Conference Paper. October 2020. ·. 33 Reads. ·. 8 ...

TL;DR: A novel cyclic redundancy check (CRC)-based single error correction method which is applied to robust H.264 Baseline video decoding and shows an average ...

Jun 12, 2024 · Corlay, ”Robust H.264 Video Decoding Using CRC-Based Single Error. Correction And Non-Desynchronizing Bits Validation,” 2020 IEEE In-.

Vivien Boussard and Patrick Corlay, “Robust H.264 Video Decoding using CRC-Based Single Error correction and Non-Desynchronizing Bits Validation” IEEE, PP 1098- ...