1)codimension-3余维三
1.Then,using Poincaré maps and numerical integral method,this paper investigates its local codimension-3 bifurcation,concerning the case of two complex conjugate pairs of eigenvalues and a negative eigenvalue of linearized map escaping the unit circle simultaneously.建立了振动筛系统的动力学模型和周期运动的六维Poincaré映射,基于Poincaré映射方法和数值仿真分析了此系统在余维三分岔点附近的动力学行为。
2)codimension-3 bifurcation余维三分岔
1.Two codimension-3 bifurcations and non-typical routes to chaos of a shaker system;振动筛系统的两类余维三分岔与非常规混沌演化
3)triaxial residual stresses三维残余应力
1.The triaxial residual stresses in clad plate weldments by Anti\|Welding Heating Treatment (AWHT) were determined through Rostenthal\|Norton total\|relaxed section method.通过本文工作,提出了一种经过修正的测定高应力梯度下三维残余应力的方
4)Three-dimensional paleotectonic residual stress field三维残余应力场
5)3-D Residual Statics三维剩余静校正
6)3D-DCT三维离散余弦变换
1.It is a new idea of color image coding algorithm that considers R,G,B frames of a color image as a whole and makes use of three-dimensional discrete cosine transform(3D-DCT) to compress.将彩色图像的R、G、B三帧作为整体考虑,并利用三维离散余弦变换(3D-DCT)进行压缩编码是彩色图像编码的新方法。
2.This paper proposes a robust watermarking algorithm for volume data based on three-dimension discrete cosine transform(3D-DCT) and spread-spectrum communication technique.本文基于三维离散余弦变换(3D-DCT)技术和扩频通信技术提出三维体数据鲁棒水印嵌入算法。
3.A new color image coding approach based on three-dimensional intra-prediction and 3D-DCT (Discrete Cosine Transformis) is proposed.该方法利用三维帧内预测技术结合三维离散余弦变换有效地去除彩色图像相邻像素间以及R、G、B三帧之间的相关性。
英文短句/例句
1.Fractal Video Coding Based on3-D DCT三维离散余弦变换的分形视频编码方法
2.Color Image Coding Based on Three-dimensional DCT基于三维离散余弦变换的彩色图象压缩编码
3.Still color Image Compression Based on 3-D DCT基于三维离散余弦变换的静止彩色图象压缩
4.Video Image Compression Based on Wavelet and 3-D DCT基于小波与三维离散余弦变换的视频图像压缩
5.Research on 3D-DCT Video Watermark Problems;基于三维离散余弦变换的视频水印问题的研究
6.fast discrete cosine transform快速离散余弦变换编码
7.The Image Date Compression Coding Based on 2-D DCT基于二维离散余弦变换的图像数据压缩编码
8.Color Video Coding via Four-dimensional Matrix DCT彩色视频的四维矩阵离散余弦变换编码
9.(2) Phase-unwrapping algorithm based on the one dimension DCT;(2)基于一维离散余弦变换的相位去包裹算法;
10.Quasi-Cooley-Tukey Type Algorithm for Discrete Cosine Transform离散余弦变换的准库利-图基型算法
11.Blind watermarking algorithm based on DCT基于离散余弦变换的盲水印算法研究
12.An adaptive image enhancement algorithm based on discrete cosine transform基于离散余弦变换的自适应图像增强
13.An Algorithm of MMSE Channel Estimation Based on DCT基于离散余弦变换的MMSE信道估计算法
14.The Discrete Cosine Transform and Application Based on MATLAB基于MATLAB的离散余弦变换与应用
15.An Algorithm for Computing DCT Using Improved Arithmetic Fourier Transform离散余弦变换的改进的算术傅立叶变换算法
16.A WPT and DCT Based Bi-watermarking Algorithm基于小波包变换和离散余弦变换的双水印算法
17.Digital Watermarking Algorithm Based on DCT and Arnold Transform基于离散余弦变换和Arnold变换的数字水印算法
18.An Algorithm for Blind Watermarking Based On DWT And DCT基于离散小波变换和离散余弦变换的盲水印算法
相关短句/例句
codimension-3 bifurcation余维三分岔
1.Two codimension-3 bifurcations and non-typical routes to chaos of a shaker system;振动筛系统的两类余维三分岔与非常规混沌演化
3)triaxial residual stresses三维残余应力
1.The triaxial residual stresses in clad plate weldments by Anti\|Welding Heating Treatment (AWHT) were determined through Rostenthal\|Norton total\|relaxed section method.通过本文工作,提出了一种经过修正的测定高应力梯度下三维残余应力的方
4)Three-dimensional paleotectonic residual stress field三维残余应力场
5)3-D Residual Statics三维剩余静校正
6)3D-DCT三维离散余弦变换
1.It is a new idea of color image coding algorithm that considers R,G,B frames of a color image as a whole and makes use of three-dimensional discrete cosine transform(3D-DCT) to compress.将彩色图像的R、G、B三帧作为整体考虑,并利用三维离散余弦变换(3D-DCT)进行压缩编码是彩色图像编码的新方法。
2.This paper proposes a robust watermarking algorithm for volume data based on three-dimension discrete cosine transform(3D-DCT) and spread-spectrum communication technique.本文基于三维离散余弦变换(3D-DCT)技术和扩频通信技术提出三维体数据鲁棒水印嵌入算法。
3.A new color image coding approach based on three-dimensional intra-prediction and 3D-DCT (Discrete Cosine Transformis) is proposed.该方法利用三维帧内预测技术结合三维离散余弦变换有效地去除彩色图像相邻像素间以及R、G、B三帧之间的相关性。
延伸阅读
三事胜──阎浮提人三事胜余三洲【三事胜──阎浮提人三事胜余三洲】 ﹝出长阿含经﹞ 梵语阎浮提,华言胜金洲,即南洲也。三洲者,东弗于逮、西瞿耶尼、北郁单越也。 [一、勇猛强记],谓南洲之人,于诸教法,勇猛读诵,记闻广博,心不忘失;其余三洲,则不能然,所以胜之也。 [二、勤修梵行],谓南洲之人,于诸清净梵行,则能精勤修习,期证道果;其余三洲,则不能然,所以胜之也。 [三、佛出其土],谓南洲乃是中华文物之国,一切圣贤,皆出其中,其人易化,所以佛之降生,必在斯土。其余三洲,则不示现,所以胜之也。
