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104
- 实现104规约子站侧全部功能.链路层和ASDU应用层。 用户只需简单的配置,该软件的内部具有数据的比较、判断,形成报文帧-104 Statute of the sub-station side to achieve full functionality. ASDU the link layer and application layer. Users only need a simple configuration, the software' s internal data, c
Job
- 给定任务序列J1J2 ...Jn,假定只有一台处理机为这批作业服务。每件任务Ji给定一个时限di和对应利润Pi。只有在规定时限之内完成作业,才会得到利润Pi。通过设计合适的算法选择和安排任务子集Ji,使得J中的每个作业都能在各自的时限内完工,且使获得的利润∑Pi总和最大。 令d=max{di} 1≤i≤n,b=min{n,d} 任何最大利润的可完工子序列中的作业个数必不大于b。 -Given task sequence J1J2 ... Jn, the assumption that
app
- DLL_Comp_Frame.c,DLL_Comp_Frame.h:数据链路层组帧的程序。-DLL_Comp_Frame.c, DLL_Comp_Frame.h: Data Link Layer Framing procedures.
c
- NAME: track PURPOSE: Constructs n-dimensional trajectories from a scrambled list of particle coordinates determined at discrete times (e.g. in consecutive video frames). CATEGORY: Image Processing CALLING SEQUENCE: result
d
- NAME: track PURPOSE: Constructs n-dimensional trajectories from a scrambled list of particle coordinates determined at discrete times (e.g. in consecutive video frames). CATEGORY: Image Processing CALLING SEQUENCE: result
Primitives3D
- 它允许在你的Fireworks文档中创造简单的3D物体或原型,下面的键允许你删除或选择一个帧: “D”键 “Backspace”键 "Delete" 键 -It allows to create simple 3D objects or prototypes in your Fireworks document, the following key allows you to delete or select a frame: the "D" "Backspace" ke
d
- 关于帧差法的特征提取的代码,用于图像识别,和图像分割-On the frame difference method for feature extraction code for image recognition, image segmentation and
HDLC
- 1) 实现比特填充技术和循环冗余校验算法; 2) 实现HDLC的组帧(Flag、A段、C段、D段、FCS、Flag、包括扩展模式); 3) 实现滑动窗口、差错控制机制; 4) 模拟无噪声链路的数据传输,发送端随机发送数据帧(能够模拟帧丢失、帧失序、帧重复); 5) 模拟有噪声链路的数据传输,发送端发送模拟单比特错误(有能力的同学可以考虑加入多比特错误),要求错误出现在HDLC帧的不同字段,并能够模拟差错控制方法(帧损伤); 6) 给定HDLC的比特流,分别用Mancheste
HDLC-signal-model
- 1) 实现比特填充技术和循环冗余校验算法; 2) 实现HDLC的组帧(Flag、A段、C段、D段、FCS、Flag、包括扩展模式); 3) 实现滑动窗口、差错控制机制; 4) 模拟无噪声链路的数据传输,发送端随机发送数据帧(能够模拟帧丢失、帧失序、帧重复); 5) 模拟有噪声链路的数据传输,发送端发送模拟单比特错误(有能力的同学可以考虑加入多比特错误),要求错误出现在HDLC帧的不同字段,并能够模拟差错控制方法(帧损伤); 6) 给定HDLC的比特流,分别用Mancheste
article-Rotor-Field-Oriented-Control-of-Five-Phas
- This paper presents an application of rotor field oriented control (RFOC) to a five-phase induction motor with the combined fundamental and third harmonic currents. Based on the motor model developed in a new d,q, n reference frame, the compl
Luacas_Kanade
- 在计算机视觉中,Lucas–Kanade光流算法是一种两帧差分的光流估计算法。它由Bruce D. Lucas 和 Takeo Kanade提出。(In computer vision, the Lucas - Kanade optical flow algorithm is a two frame differential optical flow estimation algorithm. It is proposed by Bruce D. Lucas and Takeo Kanade.)
