UKF-based-AC-induction-electric-dynamometer

travel guide to bergen

example of exercise of matlab

MATLAB写的时尚创作一百多例子，matlab在这方面还是很强大的(MATLAB written more than one hundred examples of creative fashion, matlab in this area is still very strong)

CS_MRI:压缩感知（CS）在MRI领域的应用.程序实现展示了CS在MRI的重要作用和明显效果。对于那些CS初学者有着极大的帮助。(CS_MRI:Compressive Sensing s application in MRI field. Codes realize and show the great significance of CS in MRI field.It can be of great help to those fresh in CS field.)

教材simulation and software radio for mobile communications中所讲的实例程序源码(Materials simulation and software radio for mobile communications in the program source code examples about)

详细的Total Commander帮助文档，可以帮助使用者迅速上手入门(Detailed Total Commander help document, can help users get up and running quickly entry)

Simple Tracker *Tracking* , or particle linking, consist in re-building the trajectories of one or several particles as they move along time. Their position is reported at each frame, but their identity is yet unknown: we do not know what particle in one frame corresponding to a particle in the previous frame. Tracking algorithms aim at providing a solution for this problem. (SIMPLETRACKER a simple particle tracking algorithm that can deal with gaps *Tracking* , or particle linking, consist in re-building the trajectories of one or several particles as they move along time. Their position is reported at each frame, but their identity is yet unknown: we do not know what particle in one frame corresponding to a particle in the previous frame. Tracking algorithms aim at providing a solution for this problem. |simpletracker.m| is- as the name says- a simple implementation of a tracking algorithm, that can deal with gaps. A gap happens when one particle that was detected in one frame is not detected in the subsequent one. If not dealt with, this generates a track break, or a gap, in the frame where the particle disappear, and a false new track in the frame where it re-appear. )

这是yuv视频的每一帧转去BMP的matlab源代码。网上找来的。(This is the matlab code to convert every frame of the yuv video to bmp. I found this on the Internet sourced.)

We formulate a scheduling problem that takes into account different hardware delays experienced by the secondary users (SUs) in a centralized cognitive radio network (CRN) while switching to different frequency bands. We propose a polynomial-time suboptimal algorithm to address our formulated scheduling problem. We evaluate the impact of varying switching delay, number of frequencies, and number of SUs. Our simulation results indicate that our proposed algorithm is robust to changes in the hardware spectrum switching delay and its performance is very close to its upper bound. We also compare our proposed method with the corresponding constant switching delay-based algorithm and demonstrate that our suggestion of taking into account the different hardware delays while switching to different frequency bands is essential for scheduling in CRNs.

控制系统仿真中的根轨迹MATLAB仿真源码(Control System Simulation in MATLAB simulation source root locus)