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1)  bit-plane lifting
比特位平面提升
1.
It simplify the complexity of the algorithm comparing with the method of bit-plane lifting.
针对比特位平面提升算法的缺陷,提出了失真-长度斜率提升隐式感兴趣区域编码算法。
2)  bit-plane scaling
比特平面提升
3)  fractional bitplane shift
分数比特面提升
1.
A novel fractional bitplane shift method for region of interest (ROI) coding is introduced on the basis of the multi-pass scanning coding of Embedded Block Coding with Optimized Truncation (EBCOT) in JPEG2000.
基于JPEG2000采用的最优截断嵌入式块编码的多通道扫描特性,提出了分数比特面提升的感兴趣区域(regionofinterest,ROI)编码算法,与现有基于比特面提升的同类算法相比,新算法不但可以更为精细地控制ROI图像质量,同时还支持多ROI编码和交互式ROI。
4)  flat face lifter
平面提升器
5)  Bit-plane
比特平面
1.
An equivalent error coding algorithm defined in the paper is also presented which reduces the number of encoded bit-planes and decrease the final output data rate once again.
同时提出了一种等效误差编码算法,该算法减少了编码的比特平面数,从而进一步降低最终输出码率。
2.
In the light of the human visual system (HVS) and the strong correlativity of coefficients among the sub-images, a quantizer with different step-size is applied to each coefficient, and then by simple and efficient frame bit-plane structure, the coefficients are scanned and compressively encoded.
根据图像小波分解和人类视觉的特点及其子图象间的相关性 ,对系数进行不同间隔的量化 ,同时结合简单有效的数据结构———帧比特平面对系数进行扫描及压缩编码 。
3.
Through saving row-status in advance to eliminate the correlation between strips,encoding the logic contexts based on single window and computing the bit-plane status with priority,the algorithm can achieve the parallel encoding of bit-plane and three passes in the bit-plane by a single scanning.
针对JPEG2000中EBCOT编码算法在上下文的生成过程中需对比特平面进行多次扫描,提出基于单窗口扫描的并行EBCOT编码算法。
6)  bit plane
比特平面
1.
Denoising method of images based on their decomposed bit planes;
基于比特平面分解的图像消噪方法
2.
Then the paper proposes two kinds of technologies for wavelet transforming coding, one is a coding technology based on zerotree, the other is a coding technology based on information source partition and bit plane.
一种是基于零树的编码技术,另一种是具有比特平面技术的信源划分编码技术。
3.
The experimental results show that our method achieves higher PSNR and better subjective effects than other methods even when fewer bit planes are transmitted.
实验结果表明,该方法能在传输较少比特平面时提高重构帧的PSNR和主观质量。
补充资料:平面四方形配位化合物
分子式:
CAS号:

性质:四配位化合的几何构型为平面四方形的配位化合物。他们大多数都有d8构型金属离子,如铑(I)、铱(I)、镍(II)、铂(II)和铝(III)等的配位化合物。如双(丁二酮肟)合镍、顺-二氨二氯合铂[Pt(Cl)2(NH3)2]等。

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