deeplearning_doc

说明：  关于粒子滤波的原理及介绍，有相关MATLAB代码(About the principle and introduction of particle filtering, there are related MATLAB code)

博通交换芯片资料，详细说明了交换芯片的工作原理及注意事项(this is a very useful pdf)

平时搜的一些相关的liunx的资料希望对初学者有帮助(Usually found some related information liunx beginners want to have to help)

Multi-Agent System Architecture for Sensor Networks

昆仑通泰的开发平台软件，mcgs的详细说明和步骤(mcgs program platwork)

This is an introduction to BRDF Based Lighting PDF document

一种基于FPGA实现的FFT结构 调从基本元器件开始的计算机硬件系统的设计与实现,大多设置在自动控制系,形成了与应用系统结合的计算机教育。 1966年多处理器平台FPGA 学习目标 (1) 理解为什么嵌入式系统使用多处理器 (2) 指出处理器中CPU和硬件逻辑的折衷 (FPGA-based FFT realize the structure of the tune from the beginning of the basic components of computer hardware system design and implementation, most of them located in the Automatic Control Department, formed a combination and application of computer education system. 1966 multi-processor FPGA platform for learning goals (1) to understand why the use of multi-processor embedded system (2) pointed out that the processor CPU and the hardware logic of compromise)

基于加窗插值FFT算法的智能电站谐波检测(Abstract : The paper introduces the harmonics analysis of intelligent power station and researched the mathematic model of the harmonic analysis of intelligent power station based on interpolating windowed FFT algorithm. It also shows the FFT algorithm in pointing DSP. The simulated data in MATLAB has been compared with the result which verified the accuracy and speed of the algorithm)

说明：  这是一本关于西门子S7-1200控制器的编程手册(Siemens s7-1200 programming manual)

本文针对并行干扰抵消检测器的不足之处，提出了改进的并行干扰抵消检测算法——基于多项式展开的并行干扰抵消多用户检测算法。该算法将多项式展开检测器作为并行干扰抵消检测器第一级的数据估计值，以提高检测可靠性。通过仿真实验，首先验证了多项式展开检测器的性能。然后比较改进算法与传统检测器的性能，验证改进算法的系统性能得到明显改善；并与并行干扰抵消检测器、解相关检测器和MMSE检测器相比较，验 证得到该改进算法的性能也有不同程度的改善。 (this paper discusses the principle and performance of the conventional detector and the parallel interference cancellation(PIC)detector separately.Since the conventional detector take MAI only as the background noise without considering the existence of the other users,the existence of MAI has a significant impact on the performance of CDMA systems.Each stage of PIC detector utilizes the data estimates of the initial or previous stage,produces a new set of MAI estimates,and then subtracts out all of the MAI for each user in parallel.Through Monte Carlo simulation in different scenarios,the results illustrate the influence of MAI in conventional CDMA ystems.Theexperimental results show PIC detector can effectively eliminate MAI andimprove the system BER. )