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Description:
四维网格编码调制与解调性能分析与研究-4D Trellis coded modulation and demodulation performance analysis and research
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Size: 128000 |
Author: hjq |
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Description: 4-D SPHIT 压缩Matlab 程序-4-D SPHIT compression Matlab procedures
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Size: 7168 |
Author: deepblue0755 |
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Description: Plot your multichannel data despite of being real or complex in Matlab.
Mreshape reshapes your 3d data by your desired arrangment.
Mreshape4 reshape your 4d data
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Size: 1024 |
Author: B |
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Description: 本题写了一个EE3的产品描述，是四维的。确实很难想像清楚。我们这样想就行。它有四个坐标，每一维都可以放上一个立方体，边长为1.然后就是怎么判断是否Inconsistent，有两种情况：1），如题上举的例子，ID为1的在x2坐标上前面是3，那么ID为3的在X2坐标的后面应该是1，否则就Inconsistent。-We usually think that there are three geometric dimensions the fourth dimension is usually time. However, the Association for Customizing Machines (ACM) has to deal with four geometrical dimensions for their strange customer EE3 who needs to pack four dimensional products into perpendicular parallelepipeds before shipping them to the newly emerged market niche just on the outskirts of the Milky Way.
Each of EE3 products consists of a number of unit 4D cubes that are glued together at their faces. A face of a 4D cube is a 3D cube and each 4D cube has 8 such faces. The picture on the left shows a 4D cube projected into a plane with the four principal, orthogonal axes shown. It takes a bit of effort to stretch our imagination and see the faces of a 4D cube in such a projection. The pictures below try to illustrate how the two faces along each of the four axes are situated in 4D. Again, using just the planar projection it is not so easy to illustrate and takes some effort to see. But we
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Size: 36864 |
Author: zhangzhanyou |
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Description: zen-cart-v1.2.4d for shopping cart-zen-cart-v1.2.4d
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Size: 442368 |
Author: jungli |
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Description: {*** *** *** *** *** *** *** *}
{ DGScreenSpy }
{ Version: 0.4d }
{ Author: BCB-DG }
{ EMail: iamgyg@163.com }
{ QQ: 112275024 }
{ Blog: http://iamgyg.blog.163.com }
{*******************************************}
在0.4c基礎上改進。
File List:
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DIClient(Indy9.0.18):
DIServer(DXClient):
D7反向連接方式,服務端采用精簡VCL,程序體積比較小
DClient(ICS6):
DServer(ICS6):
D7正向連接方式
CClient(ICS5):
CServer(ICS5):
BCB6正向連接方式
-{*******************************************} (DGScreenSpy) (Version : 0.4d) (Author: BCB-DG) (EMail: iamgyg@163.com) (QQ: 112275024) (Blog: http://iamgyg.blog.163.com) {*******************************************} improved on the basis of the 0.4c. File List:---------- DIClient (Indy9.0.18): DIServer (DXClient): D7 reverse connection method, the server uses to streamline the VCL, program size is relatively small DClient (ICS6): DServer (ICS6) : D7 positive connection CClient (ICS5): CServer (ICS5): BCB6 Positive Connection
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Size: 136192 |
Author: Infiltration |
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Description: JStock 1.0.4d 版本。 这是一个免费股市软件，它支持多个国家的股市。它提供实时股票信息，指标编辑，投资组合管理和市场聊天功能。-JStock 1.0.4d version. This is a free stock market software, it supports a number of countries stock market. It provides real-time stock information, indicators editing, portfolio management and market-chat features.
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Size: 3525632 |
Author: 詹魏 |
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Description: use wavelet analysis to denoise the 4d image and use kmeans to cluster the image
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Size: 1024 |
Author: 李晟 |
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Description: 4D产品的生产和应用系列讲座——第三讲 数字栅格地图的生产和应用-Production and application of 4D Lecture Series- Seminar Digital Raster Production and Application
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Size: 71680 |
Author: 理想 |
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Description: 4D动感数字电影控制系统的实现Digital Cinema 4D Motion Control System-Digital Cinema 4D Motion Control System
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Size: 1555456 |
Author: deep |
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Description: 4D Volume Rendering cuda 光线投射算法-4D Volume Rendering ray casting
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Size: 1491968 |
Author: Joe |
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Description: DGScreenSpy_0.4d 对学习 隔行算法很有帮助 高版本 肯定 比低版本号撒-DGScreenSpy_0.4d useful for learning high-interlacing algorithm version version number is certainly lower than the spread
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Size: 697344 |
Author: 刘海宁 |
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Description: 4D space book, a good explanation for 4D hypercube
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Size: 108544 |
Author: lingli |
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Description: 4D产品生产综合实习文档，包括DEM,DOM,DLG,内容丰富详实,The 4D production internships document, content rich and detailed
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Size: 2014208 |
Author: 王丽 |
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Description: 4D-CT肺部运动估计与变形配准：量化运动非线性和迟滞-4D-CT lung motion estimation with deformable registration: Quantification of motion nonlinearity and hysteresis
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Size: 1570816 |
Author: 于荷峰 |
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Description: Altium DEsigner 4D Footprint
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Size: 18432 |
Author: Yandoniaina |
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Description: Coded modulation (CM) is the combination of forward
error correction (FEC) and multilevel constellations. Coherent
optical communication systems result in a four-dimensional
(4D) signal space, which naturally leads to 4D-CM transceivers.
A practically attractive design paradigm is to use a bit-wise
decoder, where the detection process is (suboptimally) separated
into two steps: soft-decision demapping followed by binary
decoding. In this paper, bit-wise decoders are studied an
information-theoretic viewpoint. 4D constellations with up to
4096 constellation points are considered. Metrics to predict the
post-FEC bit-error rate (BER)-Coded modulation (CM) is the combination of forward
error correction (FEC) and multilevel constellations. Coherent
optical communication systems result in a four-dimensional
(4D) signal space, which naturally leads to 4D-CM transceivers.
A practically attractive design paradigm is to use a bit-wise
decoder, where the detection process is (suboptimally) separated
into two steps: soft-decision demapping followed by binary
decoding. In this paper, bit-wise decoders are studied an
information-theoretic viewpoint. 4D constellations with up to
4096 constellation points are considered. Metrics to predict the
post-FEC bit-error rate (BER)
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Size: 342016 |
Author: kc |
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Description: 从单张图生成4D光场，代码来自 "Learning to Synthesis a 4D Light Field from a Single Image" 这篇文章的作者，请自行搜索(light field view synthesis from single view)
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Size: 5120 |
Author: binchen |
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Description: 调用matplotlib绘制4维地图的案例，以颜色作为4d绘制要素
用python读取netcdf4文件(Call the Matplotlib to draw a case of 4 dimensional maps with color as a 4D drawing element ,Reading netcdf4 files with Python)
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Size: 2048 |
Author: as376212 |
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