搜索资源列表
slg
- 一个J2ME SLG游戏范例，是学习SLG游戏编程的好例子，一定会收获不少 ！-a J2ME game SLG example, learning SLG game is a good example of programming, we will gain a lot!
MC-CDMA
- 改变不同的扩频增益以及正弦干扰时的误码率仿真-change the spreading gain sinusoidal interference and the BER simulation
BMI
- BMI身体健康小精灵，通过输入身体数据，身高体重，获得身体健康指数，并得到相应的提示，最后绘制健康曲线-BMI health elf, enter the body through the data, height and weight, gain health index, and the corresponding prompts, and finally draw the curve of health
AGC.rar
- 自动增益控制（AGC），主要是用来对输入信号的幅度进行调整，在接收端用的比较多，希望对大家有用。,Automatic Gain Control (AGC), is mainly used to adjust the magnitude of the input signal, at the receiving end are more used to the hope for all of us.
2.4Gwifi
- 2.4G无线wifi关于天线增益的一些计算公式，可以大概计算出连接的速度-2.4G wireless wifi antenna gain on some formula, you can probably figure out the connection speed
DSSS
- 设计一个有干扰的直接序列扩频通信系统， PN码由m序列产生器产生，经过高斯白噪声信道。在接收端接收到的信号包括“有用信号+高斯白噪声+干扰”，将接收信号进行解扩，判决，得到用户的信号检测结果，绘制不同的扩频增益（增益值为10，30，50）下，误比特率随信噪比Eb/N0的变化曲线。-Design of a direct sequence spread spectrum interference system, PN code generated by the m sequence generato
Pchannel_gain_wrappers
- LTE系统信道增益模型。MATLAB建模。-LTE system, the channel gain model. MATLAB modeling.
Playfile
- 在windows mobile平台上，使用waveAPI來播音樂。跟使用playsound() API不同的是，這個例子可以修改audio stream的secondary gain class.-In the windows mobile platform, the use of waveAPI to broadcast music. With the use of playsound () API is different, this example can be modified audi
1985478502100102
- 移动通信作为一个科技密集型和知识密集型的高新技术产业，在现代市场经济条件下，在竞争空间日趋激烈和社会信息化发展趋势下，必须十分重视市场营销管理，重视市场营销管理体系建设。要充分根据市场需求的现状与趋势，制定计划，合理有效配置资源。通过有效地满足市场需求，来赢得竞争优势，在加快市场营销步伐的同时，努力建立和完善移动通信市场营销管理体系，以不断适应新的发展形势需要。-Mobile communications as a technology-intensive and knowledge-inten
wirelesscomm
- In this project we analyze and design the minimum mean-square error (MMSE) multiuser receiver for uniformly quantized synchronous code division multiple access (CDMA) signals in additive white Gaussian noise (AWGN) channels.This project is mainly bas
chap01
- ex1_1 单位冲激序列 ex1_2 右移20的单位冲激序列 ex1_3 单位阶跃序列 ex1_4 实指数序列 ex1_5 复指数序列 ex1_6 随机序列 ex1_7 系统冲激响应（impz函数） ex1_8 系统传递函数（freqz函数） ex1_9 零极点增益 ex1_10 residuez函数应用 ex1_11 Lattice结构全极点IIR系统 ex1_12 Lattice结构全零点FIR系统 ex1_13 Lattice结构零极点结构-
kuopin
- 一个四用户的扩频通信系统，扩频增益为N=16，采用Walsh码进行直接序列扩频，BPSK调制，无线信道为AWGN信道。在接收端进行解扩，解调，判决，通过仿真得到其中一个用户的误比特率与信噪比的仿真结果。-A four-user spread spectrum communication system for spreading gain N = 16, the use of Walsh codes for direct sequence spread spectrum, BPSK modulat
qqq
- C与VB语言联合在proteus上仿真，希望给大家能有所收获-C and VB language proteus on the joint in the simulation, we can hope to gain
script_ber_bpsk_rayleigh_channel_equal_gain_combi
- scr ipt for computing the BER for BPSK modulation in a Rayleigh fading channel with equal gain combining -scr ipt for computing the BER for BPSK modulation in a Rayleigh fading channel with equal gain combining
Asynchronous_CDMA
- This the simulink file that demonstrates the fundametal principle of operation behind asynchronous CDMA systems using Welsh codes. The system performance can be evaluated by changing the processing gain at the transmitter and by increasing or decreas
jakes_model
- 使用Jakes所假设的模型，用来产生信道抽头延迟线模型中的抽头增益过程所需的多普勒频谱成形滤波器有多种实现方法。时域FIR滤波器是最常用的一种实现方法。-Assumed the use of Jakes model, used to generate the channel-tap-tap delay line model of the process gain the necessary Doppler spectrum shaping filter has a variety of impl
ex3
- 关于卡尔曼滤波和等增益滤波器的仿真源码，给出了他们的性能比较，很实用的程序-Such as Kalman filtering and the gain on the filter simulation source code, given their performance comparison, a very useful program
AGC
- 自动增益控制，通过仿真验证，已用到工程中，在ISE中运行实现。-Automatic gain control, through the simulation has been used in projects, run in the ISE implementation.
diversity
- 这个程序是三种分集合并方式的比较，选择合并，等增益合并，最大比值合并-This program gives the comparison of improvements offered by the 3 combining techniques, namely Selection Diversity, Equal Gain and Maximal Ratio.
waterfilling
- 在程序中，任意产生一个mimo的信道矩阵，分别使用注水法和等增益算法求出信道容量。结果得到子信道的功率分配，进行作图。(A channel matrix of MIMO is generated randomly, and the channel capacity is calculated by water filling algorithm and equal gain algorithm respectively. Power allocation of subchannels is o