《Principles of Communication System Simulation with Wireless Apl...

【实例简介】
《Principles of Communication System Simulation with Wireless Aplications》书中附带的源代码，虽然可以在网上找到，但是链接不是那么好找。费了一番功夫，找出来给大家共享。 The hands-on, example-rich guide to modeling and simulating advanced communications systems. Simulation is an important tool used by engineers to design and implement advanced communication systems that deliver optimal performance. This book is a hands-on, example-rich guide to modeling and simulating advanced communications systems. The authors take a systems-level approach, integrating digital communications, channel modeling, coding, elementary statistical estimation techniques, and other essential facets of modeling and simulation. This is the first book to present complete simulation models built with MATLAB that can serve as virtual laboratories for predicting the impact of system design changes. Coverage includes: Role of simulation in communication systems engineering Simulation approaches and methodologies Signal and system representations, filter models, noise generation, Monte Carlo simulation, and postprocessing Advanced techniques for modeling and simulating nonlinear and time-varying systems Waveform level and discrete channel models Performance estimation via Monte Carlo simulation Semianalytic simulation techniques Variance reduction techniques Co-channel interference in wireless communication systems, and more The authors also present detailed case studies covering phase-locked loops, CDMA systems, multichannel nonlinear systems, as well as a start-to-finish simulation of an advanced cellular radio system. Prentice Hall Series in Communications Engineering & Emerging Technologies, Theodore S. Rappaport, Editor Support File(s) Prepared by: William H. Tranter Department of Electrical and Computer Engineering Virginia Tech - Mail Code 0350 Blacksburg, VA 24061 email: btranter@vt.edu Revision Dates: March, 20, 2004 June 14, 2004 The collection of folders contained herein provide the MATLAB source code for all progr
【实例截图】
【核心代码】
16359647514413039546.rar
└── MATLAB
├── Chapter_10
│   ├── c10_MCBPSKber.m
│   ├── c10_MCBPSKdelay.m
│   ├── c10_MCBPSKrun.m
│   ├── c10_MCQPSKber.m
│   ├── c10_MCQPSKdelay.m
│   ├── c10_MCQPSKPhaseJitter.m
│   ├── c10_MCQPSKphasesync.m
│   ├── c10_MCQPSKrun.m
│   ├── c10_MCQPSKSymJitter.m
│   ├── c10_PSKSA.m
│   ├── c10_QPSKSA.m
│   ├── psk_berest.m
│   ├── q.m
│   ├── qpsk_berest.m
│   ├── random_binary.m
│   └── vxcorr.m
├── Chapter_12
│   ├── c12_example1.m
│   ├── c12_example2.m
│   ├── c12_example3.m
│   ├── c12_example4.m
│   ├── c12_limiter.m
│   ├── log_psd.m
│   └── salehs_model.m
├── Chapter_13
│   ├── c13_tiv1.m
│   ├── c13_tiv2.m
│   ├── log_psd.m
│   └── mpsk_pulses.m
├── Chapter_14
│   ├── c14_Jakes.m
│   ├── c14_threeray.m
│   ├── Jakes_filter.m
│   ├── linear_fft.m
│   ├── linear_interp.m
│   ├── linear_psd.m
│   ├── q.m
│   ├── qpsk_berest.m
│   ├── random_binary.m
│   └── vxcorr.m
├── Chapter_15
│   ├── c15_bwa.m
│   ├── c15_errvector.m
│   ├── c15_hmm2.m
│   ├── c15_hmmtest.m
│   ├── c15_intervals1.m
│   ├── c15_intervals2.m
│   ├── c15_MMtransient.m
│   ├── c15_seglength.m
│   └── c15_semiMarkov.m
├── Chapter_16
│   ├── c16_CISQPSK.m
│   ├── c16_CISQPSKrun.m
│   ├── cgpdf.m
│   ├── random_binary.m
│   └── vxcorr.m
├── Chapter_17
│   ├── c17_cellularsetup.m
│   ├── c17_erlangb.m
│   ├── erlang_b.m
│   └── wilkinson.m
├── Chapter_18
│   ├── c15_intervals2.m
│   ├── c15_seglength.m
│   ├── c15_semiMarkov.m
│   ├── c18_cdmacal.m
│   ├── c18_cdmaex1.m
│   ├── c18_cdmahmm1.m
│   ├── c18_cdmahmm2.m
│   ├── c18_cdmahmm3.m
│   ├── c18_cdmaK.m
│   ├── c18_cdmasim.m
│   ├── c18_errvector.m
│   ├── c18_nlsat.m
│   ├── C18_README.rtf
│   ├── delayr1.M
│   ├── log_psd.m
│   ├── mpsk_impulses.m
│   ├── q.m
│   ├── qpsk_berest.m
│   ├── sqrc_freq_nosinc.m
│   ├── sqrc_time.m
│   ├── twt_data1.m
│   ├── twt_model.m
│   └── vxcorr.m
├── Chapter_3
│   ├── c3_lininterp.m
│   ├── c3_mparameters.m
│   ├── c3_sna.m
│   ├── c3_upsampex.m
│   └── c3_upsamp.m
├── Chapter_4
│   ├── c4_qamdemo.m
│   ├── mary.m
│   └── qam.m
├── Chapter_5
│   ├── c5_ellipexam.m
│   ├── c5_Filter_AMP_Delay.m
│   ├── c5_FilterData.m
│   ├── c5_filterex1.m
│   ├── c5_firbutter.m
│   ├── c5_FIRdesign.m
│   ├── c5_FIRFilterExample.m
│   ├── c5_pmc.m
│   ├── c5_rcosdemo.m
│   ├── c5_sqrcdemo.m
│   ├── c5_threefilters.m
│   ├── c5_yw.m
│   ├── log_psd.m
│   ├── rcos.m
│   ├── shift_ifft.m
│   └── sqrc.m
├── Chapter_6
│   ├── c6_nltvde.m
│   ├── c6_PLLpost.m
│   ├── c6_PLLpre.m
│   ├── c6_PLLsim.m
│   ├── pplane.M
│   └── ppplot.M
├── Chapter_7
│   ├── c7_boxmul.m
│   ├── c7_durbin.m
│   ├── c7_example2.m
│   ├── c7_flicker.m
│   ├── c7_Jakes.m
│   ├── c7_LCDemo1.m
│   ├── c7_LCDemo2.m
│   ├── c7_LCGperiod.m
│   ├── c7_PNdemo.m
│   ├── c7_polar.m
│   ├── c7_rejex1.m
│   ├── c7_sinewave.m
│   ├── c7_uni2exp.m
│   ├── c7_uni2ray.m
│   ├── Jakes_filter.m
│   ├── linear_fft.m
│   ├── log_psd.m
│   └── random_binary.m
├── Chapter_8
│   ├── c8_cerdemo.m
│   ├── c8_convcode.m
│   ├── c8_hist.m
│   ├── c8_pi4demo.m
│   ├── c8_PSDexample.m
│   ├── C8_README.rtf
│   ├── c8_snrexample.m
│   ├── c8_welchp.m
│   ├── cer2ber.m
│   ├── dqeye.M
│   ├── dqplot.M
│   ├── nkchoose.m
│   ├── q.m
│   ├── sigcon.M
│   └── SNRMSE.M
└── Chapter_9
├── c9_cointoss.m
├── c9_estimatepi.m
├── c9_example5.m
├── c9_example6.m
├── c9_MCBFSK.m
├── c9_MCBPSK.m
└── nkchoose.m

16 directories, 148 files