曾兵
-
教授
博士生导师
- 性别：男
- 毕业院校：坦佩雷理工大学
- 学历：博士研究生毕业
- 学位：工学博士学位
- 在职信息：在职人员
- 所在单位：信息与通信工程学院
- 办公地点：办公室：B346
地址：成都市高新区（西区）西源大道2006号
- 联系方式：839e77de57ffd8f69646b31a93232e303f8855e8c8d755e1a168f951deaa59a6d9362aeac0549ec1da79919acf459cfdd65ecd2eb56df03aa43c807a030af4286f074d7cdbfad8cc2f7c4d6a8360deb282ca1857857acdfe0262c32b15f3e05c8904bc980635a0234668ab810b1170261042a0192b69f411689c8f270e7bc301
访问量：
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[61]
B. Zeng
and P. C. Lai,
Fast sub-optimal design of extended threshold Boolean filters,
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[62]
M. L. Liou,
B. Zeng,
and G. Shen,
A hybrid scheme for arbitrarily-shaped transform coding of image/video segments,
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[63]
M. L. Liou,
B. Zeng,
and G. Shen,
Achieving optimal rate-distortion performance in arbitrarily-shaped transform coding,
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[64]
M. L. Liou,
B. Zeng,
and G. Shen,
Rate-distortion optimization for arbitrarily-shaped object coding,
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[65]
Y.-Q. Zhang,
B. Zeng,
S. Li,
and F. Wu,
Drifting reduction in progressive fine granularity scalable video coding,
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[66]
M. L. Liou,
B. Zeng,
and G. Shen,
Efficient vector quantization using history information,
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[67]
M. L. Liou,
Y.-Q. Zhang,
B. Zeng,
and G. Shen,
Transcoder with arbitrarily resizing capability,
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[68]
B. Zeng
and M. A. Razzak,
Multiple description image transmission for diversity systems using block-based DC separation,
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[69]
B. Zeng
and H. Cai,
A new SPIHT algorithm based variable sorting thresholds,
-
[70]
B. Zeng
and K. H. Leung,
Wavelet-based digital watermarking with halftoning technique,
-
[71]
B. Zeng
and W. L. Lam,
Fast texture synthesis by feature matching,
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[72]
B. Zeng
and K. H. Leung,
Wavelet-domain image watermarking based on statistic metrics,
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[73]
B. Zeng
and H. Cai,
Object-based classification of mixed-mode images,
-
[74]
B. Zeng,
Y. Wen,
and S. M. Raihan,
Joint time-frequency distributions for business cycle analysis,
-
[75]
B. Zeng,
O. C. Au,
and A. C. Yu,
Removing of blocking artefacts using error-compensation interpolation and fast adaptive spatial-varying filtering,
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[76]
B. Zeng,
S. Li,
Z. Xiong,
G. Shen,
and H. Cai,
An optimal packetization scheme for fine granularity scalable bitstream,
-
[77]
O. C. Au,
B. Zeng,
and A. C. Yu,
A novel motion estimation algorithm for arbitrarily shaped video coding,
-
[78]
B. Zeng,
S. Li,
F. Wu,
G. Shen,
and H. Cai,
Error concealment for fine granularity scalable video transmission,
-
[79]
B. Zeng,
S. Li,
G. Shen,
and H. Cai,
Optimal rate allocation for macroblock-based progressive fine granularity scalable video coding,
-
[80]
B. Zeng,
S. Li,
G. Shen,
and H. Cai,
A Novel Low-Complexity Packetization Method for Fine-Granularity Scalable (FGS) Video Streaming,
