Filename | Size | Date |
---|
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 |