H.264/AVC 동영상 압축 표준에서 Coeff_token 부호화를 위한 효율적임 메모리 구조 설계

Design of Efficient Memory Architecture for Coeff_Token Encoding in H.264/AVC Video Coding Standard

초록

In this paper, we propose an efficient memory architecture for coeff_token encoding in H.264/AVC standard. The VLCTs used to encode the coeff_token syntax element are implemented with the memory. In general, the size of memory must be reduced because it affects the cost and operation speed of the system. Based on the analysis for the codewords in VLCTs, new memory architecture is designed in this paper. The proposed memory architecture results in about 24% memory saving, compared to the conventional memory architecture.

키워드

H.264/AVC; Coeff_token; Encoder; Memory; Variable-length code table; H.264/AVC; Coeff_token; Encoder; Memory; Variable-length code table
제목
H.264/AVC 동영상 압축 표준에서 Coeff_token 부호화를 위한 효율적임 메모리 구조 설계
제목 (타언어)
Design of Efficient Memory Architecture for Coeff_Token Encoding in H.264/AVC Video Coding Standard
저자
문용호; 박경춘; 하석운
발행일
2010
저널명
대한임베디드공학회논문지
권
5
호
2
페이지
77 ~ 83