压缩的

基本解释 (translations)

pocket  ·  pocketed  ·  pockets

与压缩的相关的网络例句 [注：此内容来源于网络，仅供参考]

Basing on the 3D image data compression and in accordance with the structure characteristics of 3DLCS scanning data that the scanning data set of 3D surface can be considered as a curve set in 3D space, the thesis extends 2D curve Splitting compressing method to the 3D space and presents a 3D curve compressing method based on the curve compression and the color information compression. The 3D compressing effect is better.

在三维图像数据压缩方面，根据3DLCS的扫描数据结构特点（即可以将三维表面扫描数据集看作一个空间曲线的集合），将平面曲线压缩中的Splitting方法推广到三维情形，提出了一种基于曲线压缩和彩色信息压缩的三维数据压缩方法，取得了较好的压缩效果。

This is a dictionary-based compression algorithm, which contains the compression and decompression of the source,...

这是一个基于字典的压缩和解压缩算法，其中包含压缩和解压缩的源码，是用VC实现的。

Text compression is a branch of data compression are lossless compression.

文本压缩是数据压缩的一个分支，属于无损压缩。

The methods of image compression could be summed up as the lossy and loseless compression.

图像压缩的方法很多，但一般可分为有损压缩和无损压缩两大类。

The main work and innovation1 In general , a image compression method has different effect to different image . Some are fit for image which has much high frequency . Some are fit for image which has much low frequency .This paper analysis the applicability of fractal algorithm . In this dissertation , an improved algorithum is given . The basic algorithum without eight change and the joint use of quantitative coding , The compression ratio and PSNR can be adjusted , and it can get more quickly speed of coding .2 To a group of exact fractal code , the decoding image can be any resolution .With this characteristic ,choose the proper domain block and range block,this paper get an algorithum which can get higher decoding PSNR and speed than the basic fractal algorithum.3 Give a new method to calculate the scale factor . The calculation of basic algorithum is complex and enormous . The factor of scale is an important variable of the basic algorithm. Now there are two methods to calculate the factor of scale .A new method was given to calculate the factor of scale. The calculation load and complexity are reduced by the new method. Compared with the basic algorithm , the method can reduce coding time.4 The basic fractal algorithum is based on the Collage theorem and contraction mapping theorem . A mathematic model based on basic fractal algorithum is given .

本文的主要工作及创新点主要包括以下几点：1一般情况下，一种图像压缩的方法对不同特点的图像，压缩效果会有所不同，本文利用分形压缩编码对不同特点的图像进行编码，分析了分形编码对不同图像的编码适用性，利用去掉8种变换的分形编码算法与简单的均匀量化编码方案相结合，得到了一种可以调节压缩比与解码质量的分形编码方案，该提高编码速度6倍以上。2分形编码的特点之一是分形解码的分辨率无关性，即对于一组分形编码可以将其解码到任意分辨率下，本文利用分形编码的这一特点，结合不同的量化编码方案，选择合适的定义域块与值域块及适当的编解码分辨率，得到了一种提高解码质量，编码速度提高12倍以上的加速算法。3比例因子是基本分形算法中的一个重要变量，目前有两种计算比例因子的方法，文中给出了一种新的求比例因子的方法，该方法简化了求比例因子的计算，从整体上减小了基本分形算法的计算量，简化了算法4分形压缩的数学基础是不动点定理与拼贴定理，本文根据基本的自动分形编码方法，建立数学模型对其进行推导，得到了用普通数学的极限理论解释分形编码的数学表达式，从而对由基本分形编码得到的解码图像中的像素点的值给出了确定的表达式。

Along with increment of mean photon number, there is no change in the oscillation period of the squeezing curve, but its scope increases obviously and its stability begins to reduce; when the mean photon number and the field mold structure fixed, the speed of moving atom has a great infection on the extent and period of the radiation squeeze. With the speed of moving atom increasing, not only the complete squeezing effect would be archived, the stability would also enhance.

随着平均光子数的增加，压缩曲线的振荡周期没有明显的变化，压缩曲线的振荡幅度明显增大，压缩的稳定性变小；在平均光子数和场模结构参数一定时，原子运动速度对光场压缩的深度以及压缩周期影响程度较大，增大原子运动速度，不但可以实现完全压缩光场，而且压缩的稳定性得到提高。

Some methods aiming at the two problems have been researched. First, the optimal number of ATE site can be calculated based on a cost model of DAT-ATE. Second, the problem of test schedule which is equitant with two-dimensional Bin-Packing problem is presented. Then a TCG denotation satisfied with T-admissible rule is more convenient for combinational optimization. With Simulated annealing algorithm, better test scheduling results can be achieved; but there is no great optimization space because the efficiency of scheduling is greater than 90%. Third, A novel test compression method——Multi-capture testing is proposed to compress the stimuli. And the ATPG results show that MC achieves high compression ratio which is greater than 90% in some large-scale circuits. MISR, widely used in LBIST, is employed to compress the responses. The aliasing analysis demonstrates that the fault coverage reduction is little due to the existence of aliasing. Fourth, an improved TIC (called S-TIC) aiming at structured test is proposed based on ARM's TIC. A MC scheduling algorithm is proposed to compute the SoC test time and combine MC vectors to SoC test vectors. The scheduling results shows that test time is greatly reduced when using the proper scheduling priority.

首先，给出了低成本ATE的成本模型，根据此模型得到最低测试成本时系统级测试调度的基本参数——测试Site数；其次，本文将DAT-Scan方式的SoC测试调度等价为两维BP问题，为有效地求解该问题，将该BP问题表示为TCG图并通过模拟退火算法解决其求解过于复杂的问题，调度的结果表明该方法在测试时间上有一定改善，并指出DAT-Scan测试调度效率已经大于90％，进一步优化的空间较小；第三，本文尝试通过测试压缩来解决激励所需的测试带宽，提出了Multi-capture结构并解决了MC测试过程中的&矢量&退化问题，MC测试的ATPG结果表明其测试压缩率很高（大电路接近90％）；第四，在激励获得很高压缩比的情况下，测试响应也需压缩，本文采用LBIST中常用的MISR作为MC测试的响应压缩电路，理论分析和实验结果都证明了MC测试的别名对故障覆盖率影响较小（小于2％），并对两类别名的成因做了具体分析；第五，在MC测试及其响应压缩的基础上，本文改进了ARM公司的测试控制器TIC使之适合于MC测试，为了解决MC测试矢量合成问题，本文抽取了MC测试模型，通过固定优先级的MC测试调度模拟将MC矢量合成为ATE矢量，并模拟出了总的MC测试时间。

Capture files compressed with gzip can be decompressed on the fly.

捕获文件gzip格式压缩的压缩与解压缩可以对飞。

The main characteristics of linear compression is on various halftoning section of the adjustment of the scale, linear compressed and does not represent a real Visual scale compressed because it is non-linear curve D－Y, after the compression, the light to mediate human eyes not easily distinguished, producing a flat "" ash.

线性压缩的主要特征是对各阶调段等比例的调整，线性压缩并不代表真正的视觉上的等比例压缩，因为D－Y曲线也是非线性的，经过这种压缩后，亮调处人眼不容易辨别，产生&灰平&现象。

The main characteristics of linear compression is on various halftoning section of the adjustment of the scale, linear compressed and does not represent a real Visual scale compressed because it is non-linear curve D－Y, after the compression, the light to mediate human eyes not easily distinguished, producing a flat "" ash.

线性压缩的主给特征是不对各阶调段等比例的调零，线性压缩并不代表假冒的触觉上的等比例压缩，因为D－Y弧线也是否线性的，经功这种压缩后，平调停人眼不便当鉴别，爆不收&灰陡&本体。

与压缩的相关的网络解释 [注：此内容来源于网络，仅供参考]

compacted：压缩的

Compacted 压缩的 | THUMB instruction set Thumb指令集是ARM指令集压缩形式的子集 | code compression 代码压缩

compressed resource file：压缩的源文件

压缩索引 compressed index | 压缩的源文件 compressed resource file | 压缩式串联线因特网协议 compressed serial line Internet protocol

compressed format：压缩的格式

压缩存储 compression storage | 压缩的格式 compressed format | 压缩技术 compression technique

compressed：被压缩的

compressed volume file 压缩卷文件 | compressed 被压缩的 | compressibility 压缩率

compressible fluid flow：可压缩的液流

compressible fluid dynamics 気流解析 | compressible fluid flow 可压缩的液流 | compressible jet 可压缩流体射流

compressive：压缩的

compressional wave 压缩波 | compressive 压缩的 | compressive deformation 压缩形变

incompressible quantum fluid：不可压缩的量子液体

incompressible medium 不可压缩介质 | incompressible quantum fluid 不可压缩的量子液体 | incompressible visco-fluid mechanics 不可压缩粘性流体力学

incompressible：不可压缩,不可压缩的,不能压缩

incompressibilitymodulus不可压缩模量 不可压缩性系数 | incompressible不可压缩 不可压缩的 不能压缩 | incompressibleboundarylayer不可压缩边界层 不可压缩的边界层

pressed：压缩的

pressedthread滚丝 | pressed压缩的 | pressed压缩的压制的

circumferentially compressible piston-ring：沿圆周压缩的活塞环,周向压缩的活塞环

circumferential | 圆周的 | circumferentially compressible piston ring | 沿圆周压缩的活塞环,周向压缩的活塞环 | circumflect | 使弯成圆形, 加高低音符