登录
首页 » matlab » LTE_Simulator

LTE_Simulator

于 2012-03-06 发布 文件大小:2927KB
0 211
下载积分: 1 下载次数: 285

代码说明:

  LTE的系统级仿真平台的搭建,包含每个模块,以及每个模块如何使用,都有介绍,里面还包含两个pdf文档(LTE System Level Simulator Documentation,This document contains documentation on how to use the Long Term Evolution (LTE) System Level simulator [1] as well as some insight on its structure and the assumptions that were made while developing it. This document relates more on how to actually use the simulator. The concept and the structure of the simulator is described in more detail in [2])

文件列表:

LTE Simulator
.............\2010_12_25
.............\..........\%2Bantennas
.............\..........\.........\antenna.m,465,2010-04-11
.............\..........\.........\bergerAntenna.m,784,2010-04-11
.............\..........\.........\omnidirectionalAntenna.m,573,2010-04-11
.............\..........\.........\TS36942Antenna.m,830,2010-04-11
.............\..........\%2Bchannel_gain_wrappers
.............\..........\......................\fastFadingWrapper.m,3678,2010-04-11
.............\..........\......................\macroscopicPathlossMap.m,4715,2010-04-11
.............\..........\......................\macroscopicPathlossWrapper.m,1533,2010-04-11
.............\..........\......................\shadowFadingMapClaussen.m,11678,2010-04-11
.............\..........\%2Bchannel_models
.............\..........\...............\downlinkChannelModel.m,6494,2010-04-11
.............\..........\...............\uplinkChannelModel.m,4240,2010-04-11
.............\..........\%2Bmacroscopic_pathloss_models
.............\..........\............................\cost231PathlossModel.m,6458,2010-04-11
.............\..........\............................\freeSpacePathlossModel.m,704,2010-04-11
.............\..........\............................\generalPathlossModel.m,278,2010-04-11
.............\..........\............................\TS25814PathlossModel.m,967,2010-04-11
.............\..........\............................\TS36942PathlossModel.m,3830,2010-04-11
.............\..........\%2Bnetwork_elements
.............\..........\.................\bestCqiScheduler.m,6302,2010-06-25
.............\..........\.................\clock.m,726,2010-04-11
.............\..........\.................\eNodeB.m,2755,2010-04-11
.............\..........\.................\eNodebSignaling.m,741,2010-04-11
.............\..........\.................\eNodeB_sector.m,10980,2010-09-09
.............\..........\.................\lteScheduler.m,8020,2010-06-25
.............\..........\.................\proportionalFairScheduler.m,8555,2010-09-09
.............\..........\.................\resourceBlockGrid.m,2336,2010-04-11
.............\..........\.................\roundRobinScheduler.m,6726,2010-06-25
.............\..........\.................\UE.m,20745,2010-12-17
.............\..........\%2Bphy_modeling
.............\..........\.............\PregeneratedFastFading.m,1089,2010-04-11
.............\..........\.............\txModeTrace.m,1304,2010-04-11
.............\..........\%2Bresults
.............\..........\........\cellSpecificTraces.m,2597,2010-04-11
.............\..........\........\README.txt,217,2010-04-11
.............\..........\........\simulationResults.m,10139,2010-04-11
.............\..........\........\ueSpecificTraces.m,2315,2010-04-11
.............\..........\%2Btracing
.............\..........\........\enodebTrace.m,836,2010-04-11
.............\..........\........\receivedFeedbackTrace.m,2602,2010-04-11
.............\..........\........\schedulerTrace.m,874,2010-04-11
.............\..........\........\sectorTrace.m,2797,2010-04-11
.............\..........\........\simTraces.m,436,2010-04-11
.............\..........\........\ueTrace.m,4429,2010-04-11
.............\..........\%2Butils
.............\..........\......\blerCurves.m,1992,2010-04-11
.............\..........\......\cqiMapper.m,1608,2010-04-11
.............\..........\......\dlnode.m,1966,2010-04-11
.............\..........\......\eesmAverager.m,2933,2010-04-11
.............\..........\......\fifoQueue.m,2599,2010-04-11
.............\..........\......\miesmAverager.m,3750,2010-04-11
.............\..........\......\sinrAverager.m,279,2010-04-11
.............\..........\%2Bwalking_models
.............\..........\...............\beachWalkingModel.m,3011,2010-09-04
.............\..........\...............\starburstUniformWalkingModel.m,1257,2011-03-16
.............\..........\...............\starburstWalkingModel.m,1472,2010-09-04
.............\..........\...............\staticWalkingModel.m,1435,2010-08-17
.............\..........\...............\trainloadWalkingModel.m,1296,2010-08-17
.............\..........\...............\walkingModel.m,419,2010-04-11
.............\..........\C-source
.............\..........\........\COST231_urban_micro_pathloss.c,4110,2010-04-11
.............\..........\data_files
.............\..........\..........\AWGN_BLERs
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi1.mat,52303,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi10.mat,19430,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi11.mat,17354,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi12.mat,16946,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi13.mat,21184,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi14.mat,20862,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi15.mat,21900,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi2.mat,41608,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi3.mat,35841,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi4.mat,31186,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi5.mat,27873,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi6.mat,23111,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi7.mat,22428,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi8.mat,19577,2010-04-08
.............\..........\..........\..........\AWGN_1.4MHz_SISO_cqi9.mat,21205,2010-04-08
.............\..........\..........\BICM_capacity_tables_5000_realizations.mat,13707,2010-04-11
.............\..........\documentation
.............\..........\.............\Documentation_v1.2r310.pdf,797777,2010-06-25
.............\..........\.............\License Agreement.pdf,400328,2010-04-11
.............\..........\hs_err_pid5844.log,21826,2010-10-06
.............\..........\LTE_aux_COST231_urban_micro_pathloss.mexmaci,12628,2010-04-11
.............\..........\LTE_aux_COST231_urban_micro_pathloss.mexw32,7168,2010-04-11
.............\..........\LTE_aux_COST231_urban_micro_pathloss.mexw64,9216,2010-04-11
.............\..........\LTE_aux_mex_files.m,183,2010-04-11
.............\..........\LTE_aux_shadowFadingMapClaussen_get_neighbors.m,1171,2010-04-11
.............\..........\LTE_common_aerial_distance.m,441,2010-09-02
.............\..........\LTE_common_calculate_BICM_capacity_tables.m,6925,2010-04-11
.............\..........\LTE_common_calculate_cell_capacity.m,16927,2010-04-11
.............\..........\LTE_common_calculate_sector_assignment.m,2779,2010-04-11
.............\..........\LTE_common_get_CQI_params.m,1534,2010-04-11
.............\..........\LTE_common_get_macroscopic_pathloss_model.m,1829,2010-09-02
.............\..........\LTE_common_get_SINR.m,2528,2010-09-02
.............\..........\LTE_common_get_target_sector.m,819,2010-04-11
.............\..........\LTE_common_OLSM_2x2_trace.m,8916,2010-04-08

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • CRC_PUSCH
    LTE CRC校验码 MATLAB仿真 上行共享信道编解码 仿真方案(LTE CRC checksum MATLAB simulation)
    2013-08-17 00:02:28下载
    积分:1
  • ydn108_V5.2
    说明:  V5.2接口一致性测试规范,是V5.2接口测试的指导性文件,对V5开发人员有较大帮助(V5.2 interface conformance test specification, V5.2 interface test the guiding document, the right V5 developers have more help)
    2006-03-07 18:22:41下载
    积分:1
  • mmsp
    前后向平滑算法:算法的原理很简单,以五点三次平滑为例。取相邻的5个数据点,可以拟合出一条3次曲线来,然后用3次曲线上相应的位置的数据值作为滤波后结果。简单的说就是 Savitzky-Golay 滤波器 。只不过Savitzky-Golay 滤波器并不特殊考虑边界的几个数据点,而这个算法还特意把边上的几个点的数据拟合结果给推导了出来。(Before and after the smoothing algorithm: the principle of the algorithm is very simple, to 5.3 times smooth as an example. Take the adjacent five data points, you can fit out a curve 3 times, and then use the corresponding position on the third time the data value as the filtered results. Simply said is the Savitzky-Golay filter. However, the Savitzky-Golay filter does not specifically consider several data points of the boundary, and this algorithm also specifically to the edge of a few points of the data fitting results derived.)
    2017-02-28 14:43:31下载
    积分:1
  • CRC_PUSCH
    LTE CRC校验码 MATLAB仿真 上行共享信道编解码 仿真方案(LTE CRC checksum MATLAB simulation)
    2013-08-17 00:02:28下载
    积分:1
  • aaaa
    把地理区域分成一个个小区,蜂窝系统在该区域内提供无线覆盖。把可用的频谱分成很多信道,每个小区分配一组信道。使用频分双工(FDD)。在小区间进行频率利用,N个小区构成一个簇,簇间进行频率复用。定义了传播特性(信道参数)以及同频小区的位置。信道的参数包括:小区半径,路径损耗指数,以分贝为单位的对数正态阴影的标准差,基站发射功率级,移动台发射功率级,每个小区的扇区数,扇区化天线的正反向比,要仿真的瞬时位置的组数,同频干扰阈值。(To a geographical area is divided into small areas, cellular systems in the region to provide wireless coverage. The available spectrum is divided into multi-channel, each plot the distribution of a group of channels. The use of frequency division duplex (FDD). In the district between the frequency of use, N plots constitute a cluster, cluster between frequency reuse. The definition of the propagation characteristics (channel parameters), as well as with the frequency of residential location. Channel parameters include: cell radius, path loss index to decibels for units Lognormal shadow of the standard deviation, the base station transmitter power level, mobile station transmitting power level, the number of sectors in each district, sector of the antenna the pros and cons to the ratio, to the transient simulation of the group a few positions, the same frequency interference threshold.)
    2009-01-08 19:02:48下载
    积分:1
  • DS-THEROY
    D-S证据理论的MATLAB代码函数文件 根据D-S理论,可以进行模式分类,消除不确定性。并附有能量检测的D-S判断函数文件、自己论文里的代码,希望对你有用(Code function file of D-S evidence theory in MATLAB. it can accomplish mode classification and eliminate uncertainty. besides that it includes that D-S operation in energy detection technology function file. this file has been used in my thesis, holp it can help you.)
    2011-05-09 16:31:40下载
    积分:1
  • Turbo_encode_decode
    说明:  Turbo码编译码的matlab源代码,包括logMAP算法与SOVA算法。可设置信道SNR参数,帧长度,删余系数等。(Turbo Codes Encoding and Decoding of the matlab source code, including logMAP algorithm and SOVA algorithms. Parameters can be set to channel SNR, frame length, deleted I coefficient.)
    2010-03-17 19:03:22下载
    积分:1
  • GMSK
    GMSK实验,了解高斯滤波器矩形脉冲相应,相位路径,画眼图。(GMSK experiments to understand the the rectangular Gaussian filter impulse response, phase path, draw the eye diagram.)
    2013-05-12 16:05:33下载
    积分:1
  • MW_1
    电磁兼容项目组闪电回击模拟项目,通过FDTD建模,方针计算了闪电放电特性,已经周围的电磁环境(Emc project lightning back, through FDTD modeling simulation project is calculated, policy, has lightning discharging characteristics of the electromagnetic environment around)
    2021-03-23 10:59:16下载
    积分:1
  • zizhuwangmac
    一种基于认知无线电的自组网多信道MAC协议,对自组网多信道的MAC协议进行补充(Cognitive radio based multi-channel MAC protocol in MANET, multi-channel MAC for ad hoc networks to supplement agreement)
    2011-01-24 20:34:29下载
    积分:1
  • 696518资源总数
  • 104360会员总数
  • 40今日下载