File: Matlab_Wireless_Communications_exampleDownload   Add to favorates  [Vote: very good!  5  4  3  2  1 Vote: very bad!]
  Directory: matlab
  Dev tools: matlab
  File size: 7281 KB
  Update: 2010-06-08
  Downloads: 153
  Uploader: jiangjinjinjiang
 Describe: MATLAB wireless communication example£¨with all codes and blocks£©£¬worthy£¡£¡£¡
File list(Click to check if it's the file you need, and recomment it at the bottom):
  Matlab_Wireless_Communications_example\WCDMA FDD Simulink Models\Description.doc
  ......................................\.........................\WCDMA Model + presentation.zip
  ......................................\UWB polycycle\Description.doc
  ......................................\.............\gpolycycle1.m
  ......................................\....monopulse1\Description.doc
  ......................................\..............\UWB_monocycle1.m
  ......................................\....Monocycle\Description.doc
  ......................................\.............\UWB_monocycle1.m
  ......................................\....Link Analysis\Description.doc
  ......................................\.................\UWB_monocycle2.m
  ......................................\....channel model\Description.doc
  ......................................\.................\UWB_Channel_IEEE_802_15_3a.zip
  ......................................\....BPSK Fifth Order Derivative\Description.doc
  ......................................\...............................\UWBBPSK3.m
  ......................................\.........Analysis\Description.doc
  ......................................\.................\UWBBPSK.m
  ......................................\....Analysis\Description.doc
  ......................................\............\UWB_analysis.m
  ......................................\.ncorrelated Rayleigh fading channels\Description.doc
  ......................................\.....................................\modified_jakes.m
  ......................................\.ltrawideband (UWB) multiband OFDM physical layer with fixed-point transmitterreceiver modeling\Description.doc
  ......................................\...............................................................................................\uwb.zip
  ......................................\Two Tone Test for LNA in RF Receiver\Description.doc
  ......................................\....................................\two_tone_lna.mdl
  ......................................\.ransmission line length formula for coaxial cable to an antenna\Description.doc
  ......................................\................................................................\xmitlnlength.m
  ......................................\.oyFDTD (Example of the FDTD method with graphical output)\Description.doc
  ......................................\..........................................................\ToyFDTD1.m
  ......................................\Software Defined Radio\Description.doc
  ......................................\......................\sdr_model.zip
  ......................................\......................\.........\my_sfunxy.m
  ......................................\......................\.........\soft_rad.mdl
  ......................................\.imulink model of 802.11b baseband physical layer\Description.doc
  ......................................\.................................................\WiFi Simulink.zip
  ......................................\.....ates 9.6 kbps IS-95 system in static environment\Description.doc
  ......................................\.....................................................\Simulation.zip
  ......................................\.AW filter and SAW correlator simulation tools\Description.doc
  ......................................\..............................................\Saw.zip
  ......................................\.atellital Path (Simple)\Description.doc
  ......................................\........................\enlace.mdl
  ......................................\.-parameter toolbox (also Z, Y, H, G, ABCD, T)\Description.doc
  ......................................\..............................................\sbox.zip
  ......................................\RF Wave Toolbox (Transmission lines and antennas analysis and design)\Description.doc
  ......................................\.....................................................................\RFWave.zip
  ......................................\...Design and Analysis\Description.doc
  ......................................\......................\rf.zip
  ......................................\.ayleigh Fading Simulation\Description.doc
  ......................................\..........................\Matlab Code.doc
  ......................................\................Envelope\Description.doc
  ......................................\........................\Rayleigh_fading.m
  ......................................\.AKE receiver for DS-SS systems\Description.doc
  ......................................\...............................\ds_ss_rake.mdl
  ......................................\.adiowave propagation loss prevision using one of the two COST231 models\COST231Models.zip
  ......................................\........................................................................\Description.doc
  ......................................\PSK31 Model with Symbol Timing and Carrier Recovery\Description.doc
  ......................................\...................................................\psk31_13_14.zip
  ......................................\.ropagation loss calculation using the Blomquist and Ladel model\BlomquistLadelModel.zip
  ......................................\................................................................\Description.doc
  ......................................\.olling based PROFIBUS MAC layer over a 802.11 PHY\Description.doc
  ......................................\..................................................\wireless-Profibus.zip
  ......................................\.lots normalized impedance in a Smith chart\Description.doc
  ......................................\...........................................\smith.m
  ......................................\.ath loss prevision with Ibraim and Parsons model\Description.doc
  ......................................\.................................................\IbraimAndParsonsModel.zip
  ......................................\.........................Edwards and Durkin model\Description.doc
  ......................................\.................................................\EdwardsAndDurkinModel.zip
  ......................................\....................using Hata model\Description.doc
  ......................................\....................................\HataModel.zip
  ......................................\IEEE 802.11a WLAN physical layer model, with demonstration of adaptive modulation and coding\Description.doc
  ......................................\............................................................................................\IEEE80211a.zip
  ......................................\HiperLAN2 reference model\Description.doc
  ......................................\.........................\hiperlan2.mdl
  ......................................\..ghest point on ground profile calculator\Description.doc
  ......................................\..........................................\highpoint.m
  ......................................\GSM Digital Down Converter\Description.doc
  ......................................\..........................\dspddc_R12p1.mdl
  ......................................\Frequency Domain to Baseband-complex time-domain Modeling in RF Blockset\Description.doc
  ......................................\........................................................................\sub_bands.mdl
  ......................................\Example of rf amplifier design using S parameters in both MATLAB and Simulink\Description.doc
  ......................................\.............................................................................\sparam_1.zip
  ......................................\DSSS system using integrate and dump for detection (Simulate a DSSS system over an AWGN channel)\Description.doc
  ......................................\................................................................................................\dsss_awgn.mdl
  ......................................\.igital\Description.doc
  ......................................\..ffraction loss for several solid shapes with GTD-UTD\Description.doc
  ......................................\......................................................\GTD-UTD-Difraction.zip
  ......................................\.efense Communications US MIL-STD-188-110B Waveform Simulation\Description.doc
  ......................................\..............................................................\MIL_STD_188_100B_Simulink_Demo.zip
  ......................................\convert the classical latitude & longitude coordinates to the maidenhead locator system\Description.doc
  ......................................\.......................................................................................\maidenhead.m
  ......................................\Constellation QAM algorithm\constellation_qam.m
  ......................................\...........................\Description.doc
  ......................................\..mparison of Combining Techniques (namely Selection Diversity, Equal Gain and Maximal Ratio)\Description.doc
  ......................................\.............................................................................................\diversity.m
  ......................................\cdma例程\bian.mdl
  ......................................\........\CDMA.mdl
  ......................................\........\make_stc.m
  ......................................\........\mysound1.wav
  ......................................\........\mysound2.wav
  ......................................\........\mysound3.wav
  ......................................\........\readme.txt
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