Search - wlan PHY

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[Communication] IEEE80211amatlab DL : 0: 802.11a WLAN PHY There are *three* versions of the 802.11a physical layer model: R13/IEEE80211a.mdl: Requires R13 (MATLAB 6.5) and Stateflow (for adaptive modulation control) R13/IEEE80211a_NoSF.mdl: Requires R13 (MATLAB 6.5), but does not require Stateflow. R13SP1/IEEE80211a.mdl Requires R13SP1 (MATLAB 6.5.1), but does not require Stateflow. This latest version also includes some bug fixes. All Simulink models require the Communications Blockset. -802.11a WLAN PHY There are three * * version s of the 802.11a physical layer model : R13/IEEE80211a.mdl : Requires R13 (MATLAB 6.5) and Stateflow (for ad aptive modulation control) R13/IEEE80211a_N oSF.mdl : Requires R13 (MATLAB 6.5), but does not require Stateflow. R13SP1/IEEE80 211a.mdl Requires R13SP1 (MATLAB 6.5.1). but does not require Stateflow. This latest ver folksy also includes some bug fixes. All Simulink models require the Communications Blockset.
Update : 2008-10-13 Size : 196.71kb Publisher : 刘海涛
[Other] R13SP1 DL : 0: 802.11a,WLAN,phy,R13SP1版本，较经典，经过验证，可以顺利运行
Update : 2008-10-13 Size : 38.69kb Publisher : liuhui
[Internet-Network] 802.11a-WLAN-PHY DL : 0: 802.11a标准无线局域网的物理层matlab仿真源码
Update : 2008-10-13 Size : 205.5kb Publisher : lfx841020
[Communication] IEEE80211amatlab DL : 0: 802.11a WLAN PHY There are *three* versions of the 802.11a physical layer model: R13/IEEE80211a.mdl: Requires R13 (MATLAB 6.5) and Stateflow (for adaptive modulation control) R13/IEEE80211a_NoSF.mdl: Requires R13 (MATLAB 6.5), but does not require Stateflow. R13SP1/IEEE80211a.mdl Requires R13SP1 (MATLAB 6.5.1), but does not require Stateflow. This latest version also includes some bug fixes. All Simulink models require the Communications Blockset. -802.11a WLAN PHY There are three** version s of the 802.11a physical layer model : R13/IEEE80211a.mdl : Requires R13 (MATLAB 6.5) and Stateflow (for ad aptive modulation control) R13/IEEE80211a_N oSF.mdl : Requires R13 (MATLAB 6.5), but does not require Stateflow. R13SP1/IEEE80 211a.mdl Requires R13SP1 (MATLAB 6.5.1). but does not require Stateflow. This latest ver folksy also includes some bug fixes. All Simulink models require the Communications Blockset.
Update : 2025-02-17 Size : 196kb Publisher : 刘海涛
[Other] R13SP1 DL : 0: 802.11a,WLAN,phy,R13SP1版本，较经典，经过验证，可以顺利运行-802.11a, WLAN, phy, R13SP1 version than the classic, proven, you can run smoothly
Update : 2025-02-17 Size : 38kb Publisher : liuhui
[Internet-Network] 802.11a-WLAN-PHY DL : 0: 802.11a标准无线局域网的物理层matlab仿真源码-802.11a wireless local area network standard physical layer simulation matlab source
Update : 2025-02-17 Size : 205kb Publisher : lfx841020
[matlab] wlan_11n_simulink DL : 1: 802.11n WLAN PHY Simulation models of 802.11n (modified from 11a PHY model): wlan/IEEE80211n.mdl-802.11n WLAN PHYSimulation models of 802.11n (modified from 11a PHY model): wlan/IEEE80211n.mdl
Update : 2025-02-17 Size : 3.93mb Publisher : 何冰
[Documents] InterferenceevaluatioofBluetoothandIEEE802.11bsyst DL : 0: Interference evaluation of Bluetooth and IEEE 802.11 b systems-The emergence of several radio technologies, such as Bluetooth and IEEE 802.11, operating in the 2.4 GHz unlicensed ISM frequency band, may lead to signal interference and result in significant performance degradation when devices are colocated in the same environment. The main goal of this paper is to evaluate the effect of mutual interference on the performance of Bluetooth and IEEE 802.11b systems. We develop a simulation framework for modeling interference based on detailed MAC and PHY models. First, we use a simple simulation scenario to highlight the effects of parameters, such as transmission power, offered load, and traffic type. We then turn to more complex scenarios involving multiple Bluetooth piconets and WLAN devices.
Update : 2025-02-17 Size : 191kb Publisher : nihao
[Other systems] IEEE80211a DL : 0: 802.11a wlan物理层仿真，里面有三个物理模型，均用MATLAB编写-802.11a WLAN PHY There are*three* versions of the 802.11a physical layer model: R13/IEEE80211a.mdl: Requires R13 (MATLAB ) and Stateflow (for adaptive modulation control) R13/IEEE80211a_NoSF.mdl: Requires R13 (MATLAB), but does not require Stateflow. R13SP1/IEEE80211a.mdl Requires R13SP1 (MATLAB), but does not require Stateflow. This latest version also includes some bug fixes. All Simulink models require the Communications Blockset.
Update : 2025-02-17 Size : 161kb Publisher : zhangli
[Other] wlan_802.11a DL : 0: this complete phy model of wlan 802.11a for each and every data rate specified by ieee. -this is complete phy model of wlan 802.11a for each and every data rate specified by ieee.
Update : 2025-02-17 Size : 6kb Publisher : gagan
[Program doc] WLAN-MAC-and-PHY--Specifications DL : 0: Wireless LAN Medium Access Control (MAC)and Physical Layer (PHY) Specifications
Update : 2025-02-17 Size : 7.99mb Publisher : jy
[Modem program] wlan_11n_simulink DL : 0: 802.11n physical layer simulink model-802.11n WLAN PHY Simulation models of 802.11n (modified from 11a PHY model): wlan/IEEE80211n.mdl For all simulation models: -------------------------- Most simulation setting can be configured with the Simulation Settings module in the lower-left portion of the SIMULINK block diagram. The SNR values to test are located in the module directly below, PER Test Settings . Currently, the simulation models are configured for testing a 2x2 antenna configuration, with TGn Channel model D. For testing with an AWGN channel, the file ch_model.m needs to be modified. For testing other channel configurations, the file ch_model_tgn.m should be modified (replace the .mat file tgn_chD_nlos(noflour)_2x2 for load command with other file). Note this file was generated using the "WLAN MIMO Channel Matlab program" by Laurent Schumacher (see references [3], [4] below). Note that most of the other parameters may either be found in the IEEE80211n_settings.m file,
Update : 2025-02-17 Size : 3.86mb Publisher : scootpeng
[matlab] commwlan80211a DL : 0: IEEE 802.11a WLAN PHY的simulink模型-the model of IEEE 802.11a WLAN PHY
Update : 2025-02-17 Size : 31kb Publisher : 谷涛