登录
首页 » Others » OPNET-AdHoc

OPNET-AdHoc

于 2021-02-06 发布 文件大小:525KB
0 1418
下载积分: 1 下载次数: 539
我要下载

代码说明：

  网络仿真软件OPNET AdHoc模型文件(network simulation software OPNET TCP model document)

文件列表：

AdHoc建模仿真隐蔽站、直接序列扩频和调频
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.ac
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.ef
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.nt.log
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.nt.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.ov
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.pb.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station.seq
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.ac
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.ef
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.nt.log
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.nt.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.ov
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.pb.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_shadow_station1_Rts.seq
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.ac
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.ef
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.nt.log
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.nt.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.ov
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.pb.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_station.seq
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.ac
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.ef
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.nt.log
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.nt.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.ov
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.pb.m
.......................................\AdHoc_hongxu_opnet2-AdHoc_station1_Rts.seq
.......................................\AdHoc_hongxu_opnet2.prj
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.ac
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_logic.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_bpsk_RTS.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_ADDPOWER.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower-FLAN.ot
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_extend_addpower.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_FH.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_ADDPOWER.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.nt.log
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.nt.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.ov
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.pb.m
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_extend.seq
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_FH.ef
.......................................\Ad_hoc_hongxu_opnet-AdHoc_Project_qpsk_RTS_FH.nt.log

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

  • AREPS_IEEE
    美国海军开发的雷达传输损耗预测、计算软件AREPS的说明(The Space and Naval Warfare System Center, San Diego has a full spectrum research and development program with a long and proud history of rapidly responding to critical fleet requirements and deploying systems to address these requirements. One such system is the new Advanced Refractive Effects Prediction System (AREPS).)
    2020-09-02 21:58:08下载
    积分：1
  • src
    103转modbus协议C程序，支持多个485端口并能够配置(103 turn modbus protocol C program, more than 485 ports and supports the ability to configure)
    2013-12-19 15:15:07下载
    积分：1
  • An-Energy-Efficient-MAC-Protocol-for-Mobile-Ad-ho
    An Energy-Efficient MAC Protocol for Mobile Ad hoc Networks
    2011-07-13 20:45:20下载
    积分：1
  • javaSms1.2
    1.2版本， 1.对联通手机号码进行支持，主要的处理就是在短信中心的控制上 2.对容错能力进行提高,对于发送失败的信息,加以提示. 3、解决以手机做为gsm模块时不能正常接收短信的问题，从而达到聊天的效果。(Version 1.2, 1. Unicom)
    2008-08-08 14:50:40下载
    积分：1
  • IIR 数字滤波器的设计与实现
    说明：  设计一个巴特沃兹数字低通滤波器，其技术指标为：3dB带宽为0.2π，阻带截止频率为0.3π，通带纹波为1dB，阻带衰减大于30dB，采样间隔T=10ms。 1）采用冲激响应不变法； 2）采用双线性变换法设计； 3）采用FIR的窗函数（Hanning窗、Hamming窗或Blackman窗）设计。(A Butterworth digital low-pass filter is designed. Its technical specifications are: 3 dB bandwidth is 0.2 pi, stopband cut-off frequency is 0.3 pi, passband ripple is 1 dB, stopband attenuation is more than 30 dB, sampling interval T=10 Ms. 1) Impulse response invariance method is adopted. 2) Design by bilinear transformation method; 3) FIR window function (Hanning window, Hamming window or Blackman window) is used to design.)
    2019-04-19 10:03:16下载
    积分：1
  • pi/4-dqpsk,可实现FPGA与电脑自发自收z_1 (2)
    说明：  pi/4-dqpsk,可实现FPGA与电脑自发自收(pi/4-dqpsk,It can realize the self receiving of computer and FPGA)
    2020-07-19 19:43:33下载
    积分：1
  • PAPR
    OFDM中降低峰均比的方法，将传统的SLM法，改进的SLM法和限幅加改进SLM法进行比较(Compare OFDM PAPR reducing methods in the traditional SLM method, improved SLM method and limiter plus improved SLM method)
    2014-09-22 06:45:54下载
    积分：1
  • LFM
    LFM线性调频波的MATLAB仿真 利用matlab软件设计匹配滤波器。具体包括： 1）：阐述脉冲压缩（匹配滤波）的基本原理； 2）：输入信号为线性调频信号，存在的噪声信号为白噪声； 3）：通过脉冲压缩处理，讨论输出信噪比的改善。 (The the LFM chirp wave MATLAB simulation using matlab software design matched filter. Specifically including: 1): elaborated pulse compression (the basic principle of the matched filter) 2): the input signal is a chirp signal, the noise present in the signal is white noise 3): by a pulse compression processing discussed output SNR improved.)
    2021-02-11 16:39:52下载
    积分：1
  • BCM_CLI_Quick_Start_Guide
    说明：  broadcom公司芯片驱动接口命令行操作指导(Broadocom chip driver operation command line interface instructions)
    2020-08-03 23:32:31下载
    积分：1
  • ONVIF2.0协议珍藏版
    ONVIF协议， 大华摄像头SDK开发说明(ONVIF protocol, Da Hua camera SDK Development Notes)
    2018-10-12 01:40:49下载
    积分：1
  • 696516资源总数
  • 106918会员总数
  • 4今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！