compare_segmentations

关于哈弗曼编码器译码器的高级语言实现的源代码及报告(sdrfejwirfheuifhewuifhgewi)

MATLAB教程R2010a本书以MATLAB R2010a为基础修订，系统讲解MATLAB基本环境和操作要旨；分章阐述符号计算、数值计算、计算结果可视化及编程精要；举例展现MATLAB精华工具Simulink的功能级和元器件级仿真能力；举例剖析MATLAB界面编辑器的用法和图形用户界面(GuI)的制作要求；简要勾画MATLAB和Word集成一体的Notebook环境。 (MATLAB tutorial R2010a)

this code extract dense samples for human action recognition

应用DSP集成开发环境CCS，并用TMS320VC5416开发板来实现FIR数字滤波。旨在熟悉FIR和IIR滤波器的原理及设计流程，学习使用MATLAB设计数字滤波器，熟悉CCS软件使用方法，并了解DSP集成开发环境的使用和特点。(Application of DSP integrated development environment CCS, and with the development board to achieve TMS320VC5416 FIR digital filter. FIR and IIR filters designed to be familiar with the principles and design process, learning to use the MATLAB digital filter design, familiar with CCS software to use and understand the use and characteristics of DSP integrated development environment.)

Power Electronics Simulation for beginner

自适应波束形成MATLAB算法编程，采用最小均方差优化准则(beam forming matlab codes)

Trajectory optimization

fisher源程序代码，马氏距离源程序代码。结果分析(fisher source code)

The output characteristics of a photovoltaic (PV) array are highly non-linear. Therefore, an accurate andefficient PV model is required to study and analyze the operation of PV system in the changing environ-mental conditions. This paper proposes a precise PV simulator based on the seven-parameter electriccircuit model. The proposed simulator can generate the output characteristics of a PV system preciselyat different operating conditions. It has also enough flexibility to simulate different configurations ofPV panels with series/parallel connections. The robustness of the proposed simulator is demonstratedunder the partial shaded conditions. Additionally, the performance of the developed simulator is verifiedby interfacing it with the actual power electronic converter and maximum power point tracking (MPPT)controller. The proposed PV simulator will facilitate the design aspects of PV systems and help in behaviorassessment of newly developed controllers prior to practical implementation.

DWT-PCA (EVD) Based Copy-move Image Forgery Detection