搜索资源列表
FRAACUEQUATION
- 此程序是二维分数阶粘弹性声波有限差分法的正演模拟,时间导数二阶精度,空间分数阶导数2阶精度,含波长快照,未加边界,确保可运行。(This program is a two-dimensional fractional viscoelastic acoustic forward modeling of finite difference method, the time derivative second-order accuracy,
rpc-0.0.1-SNAPSHOT.src
- visual c++开发环境,高效实例,快速开发。( a good document for programer in c or othrer people.)
music算法快拍信噪比等影响
- 信噪比快拍数等对music算法精度的影响。(The influence of SNR and snapshot number on the accuracy of music algorithm.)
dex-tools-2.1-SNAPSHOT
- 反编译Java class文件和Android dex文件到Java源码的利器。反编译android安装包必备工具,最新版本(dex2jar, Tools to work with android .dex and java .class files)
snr、阵元数、阵列间距对DOA算法的影响- 副本
- 信噪比,阵列间距,阵元数,快拍数对DOA估计中的MVM、MEM、MNM、FBLP算法的影响(The influence of signal-to-noise ratio, array spacing, array element number and snapshot number on MVM, MEM, MNM and FBLP algorithms in DOA estimation)
FDTD_forward_modeling
- 可以实现雷达正演的波场快照等功能实现 最后可以得到雷达响应图(The function of radar forward wave field snapshot can be realized. Finally, the radar response map can be obtained.)
地震波数值模拟
- 该程序为地震波数值模拟程序,基于声波方程二阶有限差分格式,程序中参数已经进行了说明,对于初学地震波数值模拟的朋友很有帮助。该程序为matlab编制,可以直接进行成图,所得图形为波场快照(The program is a seismic wave numerical simulation program. Based on the second-order finite difference format of the acoustic
POD
- 数据快照的特征提取,获得基模态、特征值和模态系数,以及数据的后处理。(Feature extraction of data snapshot, obtaining basic modes, eigenvalues and modal coefficients, and post-processing of data.)
DMD
- 快照数据的动态模态分解,获得基模态和对应的特征值,包括频率和增长率,以及数据后处理。(Dynamic modal decomposition of snapshot data to obtain basic modes and corresponding eigenvalues, including frequency and growth rate, and data post-processing.)
netty-jtt-master
- JT809协议服务端和客户端案例 <modelVersion>4.0.0</modelVersion> <groupId>com.vtradex</groupId> <artifactId>lbs-jtt</artifactId> <version>0.0.1-SNAPSHOT</version> <url>
generateWB_T
- 主要用于产生阵列宽带接收信号,% Input % array_number-阵元数 % doa-宽带信号来波方向 % snapshot-快拍数 % fc-中心频率 % Bw-信号带宽,码速率 % fs-信号采样率 % distance-阵元间距 % snr-信噪比 % Output % X_sig_t-阵列时域接收数据(It is mainly used to generate array broad
demo1
- 实现全局状态的快照算法,并监控下列程序:两个进程P和Q用两个通道连成一个环,它们不断地轮转消息m。在任何一个时刻,系统中仅有一份m的拷贝。每个进程的状态是指由它接收到m的次数。P首先发送m。在某一点,P得到消息且它的状态是101。在发送m之后,P启动快照算法,要求记录由快照算法报告的全局状态。(The snapshot algorithm of global state is implemented, and the following
demo-0.0.1-SNAPSHOT
- 串口通讯,读取串口数据,发送串口数据,监听串口数据(serial communication)