1) edge-jump detecting method
边沿跳变检测法
1.
The edge-jump detecting method is produced to realize the serial communication between FPGA and AVR microprocessor,simultaneously,serial communication and the intelligent monitor system is designed based on FPGA and AVR microprocessor.
提出了采用边沿跳变检测法来实现FPGA与AVR单片机的串行通讯,同时设计了基于FPGA与AVR单片机的串行通讯及智能监控系统,并按照相应的通信协议,分别采用VHDL语言和C语言编程实现了系统的相应功能。
2) edge detection
边沿检测
1.
Application of wavelet transforms in signal edge detection;
小波变换在信号边沿检测中的应用
2.
Two-step method for region labeling and edge detection based on markov neural networks;
图像区域标记和边沿检测的两步法
3.
Based on the technology of edge detection by wavelet transform,a new method of detecting seam of welding pipe using Gauss wavelet is proposed.
在小波边沿检测技术的基础上 ,提出了一种基于Gauss小波的焊缝检测的新技术。
3) double edge detection
双边沿检测
1.
The doub- le frequency of the clock signal is achieved with the technique of double edge detection.
基于双边沿检测技术获得时钟信号的倍频窄脉冲,利用该脉冲对时钟信号的双边沿计数,进而实现了时钟信号的整数和半整数分频。
4) acoustic change point detection
跳变点检测
1.
Overcoming the shortcomings arising from use of BIC for acoustic change point detection forces the development of a novel method based on entropy of segmentation for acoustic change point detection.
为了克服基于贝叶斯信息准则(B IC)的音频跳变点检测方法存在的缺陷,提出了音频跳变点的分割熵检测算法。
5) Edge detection wavelet
边沿检测子波
6) signal edge detection
信号边沿检测
1.
Based on the time-frequency characteristics and signal edge detection of wavelet transform, the output signals of sensitive elements are decomposed in six layers by adopting db5 wavelet.
根据小波变换的时频特性和信号边沿检测的原理 ,采用小波 db5对敏感器的输出信号直接进行六层分解 ,并在相应分解层上进行重构 ,根据重构的信号对余度敏感器结构进行故障检测、定位和隔离。
补充资料：边沿
边缘①：～地带。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条