资源列表
Underwater-Acoustic-Communication
- 文章阐述了在高速水声通信中的最新研究成果。-This paper presents a review of recent results and research problems in high-speed underwater acoustic communications, focusing on the bandwidth-efficient phase-coherent methods. Experimental results are included to illu
The-use-of-barker-codes
- 文章介绍了Barker 码在声呐多普勒测量的应用研究。-the use barker codes in doppler sonar measurements are studyed in this paper.
OFDM-Demodulation
- 文章介绍了OFDM解调方式在水下时间反转信道中的应用研究。-This work addresses the problem of OFDM transmission in dispersive underwater channels where impulse responses lasting tens of miliseconds cannot be reliably handled by recently proposed methods due to limitations
MFSK-communication-
- 文章介绍了MFSK调制解调体制在水声通信系统中的应用研究。-In this paper, the implementation of an -underwater acoustic approach is developed, together with the companion problems achieving hardware reliability and low power consumption. A companion paper, MFSK The Basi
An-Adaptive-Channel-Estimation
- 文章介绍了自适应均衡技术在MIMO OFDM系统中的应用研究。-In this paper, an adaptive channel estimation for MIMO OFDM is proposed. A set of pilot tones first are placed in each OFDM block, then the channel frequency response of these pilot tones are adaptively estimat
LBM-Code-for-2-D--diffusion-problems
- LBM Code for 2-D, diffusion problems, D2Q5
Loongson3A-proc1
- 龙芯3A四核处理器,面向服务器和高性能的应用，基于多核互联架构-Loongson3A processor user manual_P1_V1.12 Loongson3A processor user manual tell you how to use 3A
Loongson2H-Proc
- 龙芯2H的用户手册，龙芯2H是一款为安全适用计算机提供单片解决方案的自主国产芯片，片内集成龙芯2号CPU核-Loongson2H Processor User Manual_V1.2 Loongson2H Processor User Manual tell you how to use 2H
Loongson2H
- 龙芯2H芯片的开发板说明书 详细介绍龙芯2H芯片的开发板的架构及开发板的使用说明，介绍软硬件的使用方法-Loongson 2HSoC Technical Specification Tell you how to use 2H
cnn
- 这段代码主要用python写的卷积神经网络，利用42000张手写识别照片对这个网络进行测试，得出的准确率很高-hand identify
TCP-IP
- TCP-IP详解卷，包括：一卷二卷三合集，详细介绍了TCPIP，从入门到精通。-TCP- IP, rounding, including: a roll of 2 volume 3 collection, detailed introduces the TCPIP, entry to the master.
1
- music算法，用一个非平稳含噪信号作输入信号分析-music algorithm, with a non-stationary noisy signal as an input signal analysis