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g.723.1
- G.723.1语音压缩编码的英文原文和中文译文。该协议是双速率语音压缩编码，提供5.3和6.3kbps的速率，占用很窄的带宽。-G.723.1 voice coding the original English and Chinese translations. The agreement is a two-bit-rate speech coding, and 5.3. Rate, which takes up a very narrow bandwidth.
GBSBEM
- GBSBEM(几何单反射椭圆模型)可以用来仿真功率－延迟－角度（pda-图）、功率延迟图、时间－角度的联合统计、波达方向的边缘特征和窄带衰落包络。适用于低层系统，包括微小区和微微小区、杂波绕射基站天线、发射机到接收机之间以及发射机和接收机的周围充斥着散射体的情形。由于其适用范围广泛且具有解析性质，揭示了空间无线信道不同特征间的相互联系，是进行研究的理想模型。-GBSBEM (geometric GBSBEM) simulation can be used to power-delay-angle
ImageBrowse
- 基于Android的图片浏览器，可实现缩略图显示，全屏显示，图片播放，多点触摸方法、缩小、移动-Android-based image browser, enabling thumbnail display, full screen, photo playback, multi-touch method, narrow, mobile
SmsSender-ok
- sms sender 察到布局图全貌，需要靠移动上下、左右滚动条来寻找。利用缩小功能，将布局图缩小整个放在屏幕上，而后再找需要观察的位置，找到后，将鼠标移至此处，单击鼠标左键，则布局图按原比例放大，所选处处于屏幕中心-sms sender to detect layout picture, needs to depend on the movement from top to bottom, left and right scroll bar to find. The use of nar
45665997lmsbeamforming
- 基于余弦调制多相滤波器的设计，该滤波器的通带窄，阻带衰减高，适用于子信道数为偶数的情况 -Based on cosine modulated polyphase filter design, the filter passband narrow, high stopband attenuation, the number of subchannels for the case of even-numbered
kuandaizhaidai
- 用真实的地震数据和数字滤波器方法来揭示地面运动向窄带上的仿真。-With real seismic data and the digital filter method to reveal the ground motion simulation on to the narrow-band.
CAMERA_Camera_C
- 在MOBILE下实现摄像头调用,通过DLL库实现如放大,缩小等一些简单功能.-MOBILE achieved in the camera called through DLL library, such as amplification, some simple features such as narrow.
work
- 扩频通信中遭遇到了窄带干扰后，系统的仿真-Spread Spectrum Communication encountered a narrow-band interference, the system simulation
yizhi
- 扩频通信中对强窄带干扰进行变换域预测后系统的误码率-Spread Spectrum Communication strong narrow-band interference in transform domain to predict system bit error rate after
MBI
- UWB脉冲设计与窄带干扰抑制 为了避免对频带内已有的窄带通信系统造成干扰，在进行波形设计时，如果能使UWB脉冲在干扰频带内的能量下降，即在窄带通信系统的工作频带内实现陷波，则可达到抑制窄带干扰的目的。-UWB pulse design and narrow-band interference suppression in order to avoid the narrow band communication systems has been caused by interference,
amrintroduec
- 这里都是针对AMR narrow-band (AMR-NB)进行讨论 Amr有以下一些编码方式-amr is a narrow-band ,so we need to analyse it
NOISE_BPN
- Noise training sequences used to check convergence rate in echo cancellers (8kHz - middle narrow frequencies).-Noise training sequences used to check convergence rate in echo cancellers (8kHz- middle narrow frequencies).
NOISE_BSN
- Noise training sequences used to check convergence rate in echo cancellers (8kHz - middle narrow holes).-Noise training sequences used to check convergence rate in echo cancellers (8kHz- middle narrow holes).
quadra052
- uadra is a web-gallery generator that runs in batch mode. It can also be used as a batch resize tool. It builds .html galleries and .jpg "contact-sheets" based on a list of input files. It can also be used simply as a batch image scaler cum jpg-
cdma_codec
- cdma matlab code. this also contains direct sequence spread spectrum where narrow band signal can be converted to wide band signal
PictureDemo
- Android相机拍照、相册选取后直接显示以及截图后显示，解决因Bitmap导致的内存溢出问题，源码实现过程部分注释讲解： 将保存在本地的图片取出并缩小后显示在界面上、由于Bitmap内存占用较大，这里需要回收内存，否则会报out of memory异常、将处理过的图片显示在界面上，并保存到本地、使用ContentProvider通过URI获取原始图片、为防止原始图片过大导致内存溢出，这里先缩小原图显示，然后释放原始Bitmap占用的内存、释放原始图片占用的内存，防止out of me
time_boshu
- 仿真了宽带波束的形成，窄带波束的形成，直接可得仿真出结果，仿真结果很详细-Simulation broadband beam formation, the formation of narrow-band beam directly simulation results, the simulation results are detailed
PhotoView-master
- Android代码,实现ImageView非常流畅的点击效果, 双击放大, 双击缩小, 以及多点触摸 放大缩小功能,在放大缩小的同时有回弹的效果。同时还实现了 多个photo 滑动翻页的viewpager效果. Appdol代码库测试,适用于Android 1.6 and up-Android code to achieve the effect of ImageView very smooth clicking, double zoom, double narrow, and multi-to
narrow
- 用于窄带通信，改编于gps代码。增加了扩频通信处理，可以实现通信距离20KM以上。(For narrowband communication, adapted to GPS code. The spread spectrum communication processing is added, and the communication distance can be realized more than 20KM.)
chirp-fourier-transform
- chirp fourier transform 线性调频Z变换(CZT) 的matlab功能函数，该方法通过CZT变换获得精确的等价于离散傅里叶变换结果的间谐波信号的频率分布估计值,可以得到精确的各次谐波和间谐波参数,利用该函数相同采样频率下该方法的检测精度更高。(This routine allows the evaluation of the DFT over an arbitrary range of frequencies as its name implies this lets y