Narrowband-Gaussian-noise

这个Matlab程序包，涵盖了很多著名的电力电子，包含的电力设备有：rectifier,ac controllers,convertors,switches等等。涉及整流器,交流控制器,变换器。(The Matlab package, covering a lot of well-known power electronics, including electrical equipment have: rectifier, ac controllers, convertors, switches and so on. Involving rectifiers, AC controllers, converters.)

基于多天线中的qpsk，bpsk的星座图的blast算法(Based on Multi-Antenna qpsk, bpsk the constellation diagram of the blast algorithm)

Newton Raphson method for mathematical operations in matlab language.

Plant Classification is the placing of known plants into groups or categories to show some relationship. They use features that can be used to group plants into a known hierarchy. This research focuses on the mobile based application for plant identification through leaf recognition. Apart using the whole plant, the automation of plant identification can be performed using various parts of a plant anatomy like stem, flower, petal, seed and leaf. This study uses the leaf part of the plant to identify a plant. The ease of creating digital images increased the need for processing power of computers and inexpensive methods. In order to gather the information, plant identification using computers has become an interesting subject of research. Global shortage of expert has further increased the demand for semi automated tools that would allow non-botanical persons to carry out valuable field work of identifying and characterizing plants.

用matlab处理音频, 对一段音频加入噪声然后滤除噪声还原, 绘制过程中的频谱图(Matlab deal with audio, for adding some audio noise reduction and filter noise, rendering the process of spectrum)

包含在word中提到的大部分同步算法，包括时间和频率同步(It contains most of the synchronization algorithm in the word mentioned, including time and frequency synchronization)

*****tamura模型算法的具体实现*****(tamura)

《matlab实例》有关matx_processor方面的实例源码，希望对大家有帮助。(" Matlab examples" the source matx_processor Examples, we want to help.)

LTE中的多小区初级系统级虚拟MIMO上行仿真，使用SCM信道模型(LTE in the initial system-level multi-cell uplink virtual MIMO simulation, using the SCM channel model)

Automatic Image Segmentation by Integrating Color-Edge Extraction and Seeded Region Growing