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Channel_EstimationMIMO
- 本文对MIMO技术中的信道估计、空时编码和单载波频域均衡技术(SC-FDE)及其在FPGA上的实现进行了深入的研究-In this paper, MIMO channel estimation techniques, space-time coding and single-carrier frequency domain equalization (SC-FDE) and its implementation on FPGA-depth study carried out
01523714
- A Rate-one Full-diversity Low-complexity Space-Time-Frequency Block Code (STFBC) for 4-Tx MIMO-OFDM
stf
- Pre-DFT Processing for MIMO-OFDM Systems with Space-Time-Frequency Coding
stf2
- Universal Space-Time-Frequency Block Codes Design for the Multiband MIMO-OFDM Systems
RFID
- 无线射频识别技术(Radio Frequency Identification,缩写RFID),无线射频识别技术是20世纪90年代开始兴起的一种自动识别技术,射频识别技术是一项利用射频信号通过空间耦合(交变磁场或电磁场)实现无接触信息传递并通过所传递的信息达到识别目的的技术。-RFID (Radio Frequency Identification, abbreviation RFID), radio frequency identification technology is 90 years
fdtd2D
- 模拟了一个6cm直径的金属圆柱散射体,在高斯源激励下的模场分布图,采用了PML边界-a 6-cm-diameter metal cylindrical scatterer in free space is modeled. The source excitation is a Gaussian pulse with a carrier frequency of 5 GHz.
spsmd
- 图像的平面微分平方和能够反映图像高频分 量的能量。用计算平面微分平方和的方法在空间域上计算相邻像素亮度差值的平方和,对应于在频率域上计算图像高频分量的能量和,此值越大,图像对焦越准确-Differential square image plane and the image can reflect the energy of high frequency. Computational method of Planar Differential squares calculated in th
slpd
- In this paper, in control theory, sliding mode control, or SMC, is a form of variable structure control (VSC). It is a nonlinear control method that alters the dynamics of a nonlinear system by application of a high-frequency switching control. The s
nobody
- In this paper, in control theory, sliding mode control, or SMC, is a form of variable structure control (VSC). It is a nonlinear control method that alters the dynamics of a nonlinear system by application of a high-frequency switching control. The s
evervybody
- In this paper, in control theory, sliding mode control, or SMC, is a form of variable structure control (VSC). It is a nonlinear control method that alters the dynamics of a nonlinear system by application of a high-frequency switching control. The s
MIMO_STBC
- Multiple input multiple output orthogonal frequency division system using space time block codes with 8PSK modulation.
5332106643554
- 随着电力电子技术的发展,变频调速异步电机越来越广泛地应用在各种工业领域。而变频调速系统的使用也给电力电子与电气传动学科带来了新的活力和研究课题,本文从变频调速异步电机的设计出发,首先将传统异步电机的设计方法与变频调速异步电机的设计方法进行了比较。指出了传统异步电机设计方法在变频调速异步电机设计中存在的局限性。同时,本文详细而系统地分析了变频调速异步电机中时间谐波和空间谐波的产生机理,论述了时间谐波和空间谐波对异步电机运行性能的影响,以及对异步电机绝缘系统的损害。-Following with t
pinlvlvbo
- 将图像空间由空间域转换为频率域,作为数字信号进行处理-The image space from the space domain into the frequency domain, as digital signal processing
atc420
- I2C总线又称IIC总线,最主要的优点是其简单性和有效性。由于接口直接在组件之上,因此I2C总线占用的空间非常小,减少了电路板的空间和芯片管脚的数量,降低了互联成本。总线的长度可高达25英尺,并且能够以10Kbps的最大传输速率支持40个组件。I2C总线的另一个优点是,它支持多主控(multimastering), 其中任何能够进行发送和接收的设备都可以成为主总线。一个主控能够控制信号的传输和时钟频率。当然,在任何时间点上只能有一个主控。这是at24c02的代码-I2C-bus also kno
Cooperative-communication
- 本书是“移动通信前沿技术系列”之一,全书共分18个章节,主要对协作通信及网络知识作了介绍,具体内容包括空时分集和编码、空时频分集与空时频编码、中继信道及协议、单中继协作通信、多节点协作通信等。全书内容分为三部分,第一部分回顾传统的MIMO系统,介绍空间、时间、频率分集的概念。第二部分主要考虑协作通信物理层的关键问题,并对其提出了行之有效的解决方案,比如针对协作通信的分布式特点,提出分布式空时(频)码;针对协作通信的频谱效率问题,提出了新颖和有效的协作方案。第三部分介绍协作通信对物理层之上的MAC
diphwk1
- 基于空间域、频域图像增强的边缘凸显方法,matlab实现,文件包含实验图像代码以及文字报告-Based on space domain, frequency domain methods highlight the edges of image enhancement
analyse-of-plane
- 飞机自然特性分析。 给定一个飞机纵向与横侧向运动状态空间方程,分别在时域、幅频域、复域分析飞机的纵向和横侧向自然特性-Given the natural characteristics of the aircraft an aircraft longitudinal and lateral motion state space equation, respectively, in test domain, amplitude and frequency domain, complex dom
blzpack
- Apply the Lanczos filter to a real time series, in the frequency space, i.e., using FFT which is faster than applied as a cosine filter in the time space.
Visual-CPP.NET
- 本书全面介绍了Windows(95/98/Me/XP/NT/2000)环境下图像处理的理论和编程技术,并基于面向对象的程序设计方法详细讲座了图像处理算法的Visual C++编程技巧。本书的主体包括图像基本操作、调色板技术、图像的特技显示与擦除、图像空间变换、图像颜色处理、图像频域变换、图像处理和图像编码与格式等的理论与编程技术。-This book a comprehensive introduction to Windows (95/98/Me/XP/NT/2000) under the t
matlab_enhancement
- 用matlab实现图像的增强,包括空间域和频域增强等多种方法-Image enhancement using matlab, including the space domain and frequency domain and other methods to enhance