搜索资源列表
jbeam
- JBEAM-soft is a software package written in MATLAB. It was used to generate the simulation results, as well as figures, in paper "JBEAM: multiscale curve coding via beamlets" by X. Huo and Jihong Chen. This paper will appear in IEEE Trans. Image Proc
IEEE80211aWLANmodel
- IEEE 802.11a WLAN model
80211
- SIM80211 IEEE802 Simulator: a one hop network，simulator to reproduce a cluster of ieee802.11 terminals under saturation conditions. The scr ipt simulates a implified model for a radio network based on the IEEE 802.11 standard operating in DCF modalit
IEEE80211n_settings
- wifi ieee 802.11n parameter programme
4
- A Taxonomy of IEEE 802.11 Wireless Parameters and Open Source Measurement Tools
Aaptiveequilize
- adaptive mobile communication wimax project for IEEE 802.11 to 16
docPIEEEP80211-090698r0
- IEEE P802.11 Wireless LANs
inter_deinter_leaver.tar
- Block-interleaver/deinterleaver according to the IEEE 802.11-2007 Defined by two step-permutation : The first permutation ensures that adjacent coded bits are mapped onto nonadjacent sub-carriers. The second ensures that adjacent coded bits
grid-conected-pv-sum
- 08年到11年的光伏并网逆变的ieee文献以及光伏的仿真-grid-connected pv system papers of ieee from 2008 to 2011 and some simulations
802.11DCF
- 本文首先通过Bianchi模型，对标准DCF算法的性能作出全面定量分析，然后提出提高无线接入点通信能力的DCF改进算法，同时还提出改进算法的二维离散时间Markov模型并作了定量分析。随后设计原协议和改进协议的仿真算法，并使用Matlab仿真工具进行算法的仿真实验，并对它们的仿真结果作对比。理论和仿真结果都证明改进算法可以大幅度提高网络整体性能。 在对标准DCF算法作性能分析的过程中，作者注意到网络的性能随活动无线节点数量的增加衰减较快。主要原因在于网络负载较大时，冲突发生率高，但可以通过加
IEEE802.11-model
- 用Matlab仿真实现了IEEE802.11信道模型，仿真图中显示了平均信道功率和信道频率响应。-Matlab simulation of IEEE 802.11 channel model, simulation graph shows the average channel power and channel frequency response.
IEEE-802.11-standarts
- matlab code for 802.11a
GM_PHD_Filter_v110
- GM_PHD_Filter Version 1.09, 13th December 2013 Matlab code by Bryan Clarke b.clarke@acfr.usyd.edu.au with: - some Kalman filter update code by Tim Bailey, taken from his website http://www-personal.acfr.usyd.edu.au/tbailey/software/ - erro
OFDM-signal
- generates an OFDM signal for IEEE 802.- generates an OFDM signal for IEEE 802.11
WLAN-Channel
- IEEE 802.11 SISO Channel
subspace
- 语音增强中的子空间算法，klt算法以及pklt算法，内附参考文献。- folder contains subspace algorithms: REFERENCES Hu,Y.and Loizou,P.(2003).A generalized subspace approach for enhancing speech corrupted by colored noise.IEEE Trans. on Speech and Audio Processing,11,334-341.
IEEE-802.11-OFDM-MIMO-System
- IEEE-802.11-OFDM-MIMO-System simulation
IEEE-DATA
- IEEE3、5、9、11、13、14、30标准节点数据- IEEE standard node data
OFDM-Transceiver
- The numbers used are those IEEE 802.11 (WiFi). The transceiver can run in stand-alone mode as a simulation by using the channel model. The transmitter and receiver can also be paired with a USRP Source and Sink nodes for over-the-air experimentation
20170707ly_CEEMDAN_kyong
- 一个完整的EEMD自适应噪声 IEEE Int. Conf. on Acoust., Speech and Signal Proc. ICASSP-11, pp. 4144-4147, Prague (CZ)文章对应的matlab原始程序，验证可用 Example of the CEEMDAN performance, used in the work where CEEMDAN was first presented(Example of the CEEMDAN performance, us