资源列表
Draft802.11s_Mar09
- 802.11s, the lastest Draft amendment published on mars 2009
802.11sTutorial_r5_Nov06
- mesh networks, 802.11s, tutorial 2006
802.11-2007
- IEEE 802.11 Standard: Wireless LAN Medium Access Control (MAC)and Physical Layer (PHY) Specifications
rrr
- 码主要由两条指令组成：第一个，利用式（4-2-3）计算信道增益；第二个，通过数组相乘对输入信号幅度进行尺度变换。-Code composed mainly of two instructions: the first one, using equation (4-2-3) Calculate the channel gain second, multiplied by an array of input signal amplitude scaling.
www
- 瑞丽信道仿真 噪声信号由MATLAB函数randn(1,N)产生，它从均值为0、方差为1的正态分布中产生N个伪随机数。每次迭代时，要使用相应的标准差对噪声的幅度进行尺度变换，最后，将输入信号和噪声信号相加得到输出信号。-Ruili channel simulation noise signal by the MATLAB function randn (1, N) generated, which from the mean 0, variance for a normal distribu
frequencyspread
- 时变系统的频谱扩展，（信道是平坦的）仿真结果为：滤波后高斯过程的功率谱密度和由滤波器产生的相关高斯序列的时域值-Time-varying system, spread spectrum, (the channel is flat) simulation results as follows: the filtered Gaussian process power spectral density and produced by the filter related to the value of
FTselective
- 参数时变信道的频率选择性和时变性。BPSK符号率＝512b/s，采样率＝16个采样/s，a1(t) 和a2(t) 为多普勒带宽＝16Hz。结果为符号间干扰。-Parameters of time-varying channel frequency selectivity and time-variant. BPSK Symbol Rate = 512b/s, sampling rate = 16 samples/s, a1 (t) and a2 (t) as the Doppler bandwi
CISQPSK
- 采用重要性采样的方法来代替蒙特卡罗仿真方法，确定数字通信系统的BER。重要性采样方法可以简单的增加信道噪声的方差，等效于使系统工作在一个较低的信噪比的环境下。-Using importance sampling method to replace the Monte Carlo simulation method to determine the digital communication system BER. Importance sampling method can be a simpl
3gppscm
- 3gpp信道模型，里面附有pdf说明文档-3gpp channel model, which with a pdf documentation
OFDM_Mobile_Data_Communications
- This paper describes Orthogonal Frequency Division Multiplexing (OFDM) and its application to mobile communications.
3gpp_ts_22.226v8.0.0
- 09年发布，v9.0.0已出，但3gpp网页出现错误，无法下载-Digital cellular telecommunications system (Phase 2+) Universal Mobile Telecommunications System (UMTS) LTE Global text telephony (GTT) Stage 1: Service descr iption (3GPP TS 22.226 version 8.0.0 Release