搜索结果
找到约 983 项符合
Signal Processing 的查询结果
按分类筛选
- 全部分类
- matlab例程 (42)
- 其他书籍 (29)
- DSP编程 (14)
- 书籍 (13)
- 其他 (10)
- 技术资料 (10)
- 单片机编程 (9)
- 书籍源码 (9)
- 电子书籍 (7)
- 通讯编程文档 (6)
- 软件设计/软件工程 (5)
- 软件工程 (5)
- 学术论文 (4)
- 文件格式 (3)
- 文章/文档 (3)
- 系统设计方案 (3)
- 行业发展研究 (3)
- 技术书籍 (2)
- 可编程逻辑 (2)
- 人工智能/神经网络 (2)
- 通讯/手机编程 (2)
- 微处理器开发 (2)
- 3G开发 (2)
- DSP工具/软件 (2)
- C语言 (1)
- 资料/手册 (1)
- 电源技术 (1)
- 教程资料 (1)
- 嵌入式综合 (1)
- ARM (1)
- 工控技术 (1)
- 数学计算 (1)
- SQL Server (1)
- 邮电通讯系统 (1)
- 医药行业 (1)
- 语音压缩 (1)
- 单片机开发 (1)
- 压缩解压 (1)
- *行业应用 (1)
- STL (1)
- 仿真技术 (1)
- 源码 (1)
- 论文 (1)
其他行业 You need to download the general purpose toolbox and the signal toolbox. You need to unzip these
You need to download the general purpose toolbox and the signal toolbox.
You need to unzip these toolboxes in your working directory, so that you have toolbox_general/ and toolbox_signal/ in your directory.
matlab例程 Creat a signal with white noise
Creat a signal with white noise
matlab例程 Algorithm that find the peaks of a signal. You can choose the number of peaks you want to find and t
Algorithm that find the peaks of a signal. You can choose the number of peaks you want to find and the valour of peak to begin to find.
其他书籍 DIGITAL IMAGE PROCESSING
DIGITAL IMAGE
PROCESSING
matlab例程 Digital Singal Processing Using Matlab Prentice Hall
Digital Singal Processing Using Matlab Prentice Hall
其他书籍 C algorithms for realtime Digital Signal Processors
C algorithms for realtime Digital Signal Processors
文件格式 This is the Analog chip design file that will useful to those in mixed signal IC design
This is the Analog chip design file that will useful to those in mixed signal IC design
matlab例程 P3.18. An analog signal xa(t) = sin (100πt) is sampled using the following sampling intervals. In e
P3.18. An analog signal xa(t) = sin (100πt) is sampled using the following sampling intervals. In
each case plot the spectrum of the resulting discrete-time signal.
Ts= 0.1 ms, Ts= 1 ms, Ts = 0.01 Sec
matlab例程 P3.20. Consider an analog signal xa (t) = sin (2πt), 0 ≤t≤ 1. It is sampled at Ts = 0.01, 0.05, and
P3.20. Consider an analog signal xa (t) = sin (2πt), 0 ≤t≤ 1. It is sampled at Ts = 0.01, 0.05,
and 0.1 sec intervals to obtain x(n).
b) Reconstruct the analog signal ya (t) from the samples x(n) using the sinc interpolation
(use &#8710 t = 0.001) and determine the frequency in ya (t) from your ...
加密解密 biomedical signal modeling
biomedical signal modeling