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High-Speed-FFT
- 优秀硕士论文，课题采用现场可编程门阵列((FPGA)，设计实现了一种超高速FFT处理器。目前，使用FPGA实现FFT多采用基2和基4结构，随着FPGA规模的不断扩大，使采用更高基数实现FFT变换成为可能。本课题就是采用Alter的Stratix II芯片完成了基16-FFT处理器的设计。在设计实现过程中，以基2-FFT搭建基16-FFT的运算核，合理安排时序，解决了碟形运算、数据传输和存储操作协调一致的问题。由于采用流水线工作方式，使整个系统的数据交换和处理速度得以很大提高。本设计实现了4096
pic_printer
- 8-bit Digital I/O Module with RS-485 Interface. This chip uses a slightly larger PIC (16C63A) so it has more RAM for a bigger packet buffer. This chip has a 128 byte buffer so long text strings can be sent to it for printing on a printer or any ot
BD_channel
- BD算法，实现了BD预编码算法，系统吞吐量的计算，采用注水法-BD algorithm to achieve the BD pre-encoding algorithm, the system throughput computing, the use of water injection
lab3
- 柯支亨老师的《ns2仿真实验》第三章实验部分，如何建立tcp，udp联机，并分析它们各自的数据吞吐量，抖动率等。-Heng Ke support teacher " ns2 simulation experiments," Chapter III experiment, how to build tcp, udp online, and to analyze their own data throughput, jitter rate.
lab5
- 如何使用置信区间用于测试TCP数据流的吞吐率-How to use the confidence interval for testing the throughput of TCP data flow
lab6
- 如何在ns2中使nsBench用于测试TCP数据流的吞吐率-How to manipulation nsBench ns2 TCP data stream for testing throughput
lab9
- 不同队列管理机制：DropTail和RED对系统吞吐率，时延，丢包率的影响。-Different queue management mechanisms: DropTail and RED on the system throughput, delay, packet loss rate.
lab10
- 实现不同的TCP版本：TCP NewReno与TCP Sack对各应用数据流的吞吐量，丢包，时延的影响和优劣。-Implement different versions of TCP: TCP NewReno and TCP Sack flow for each application data throughput, packet loss, delay effects and pros and cons.
nftest[1]
- 主要介绍基于Linux内核的HyperCuts算法和原理及其实现-This paper documents the results of the performance testing of netfilter, the firewalling subsystem of the Linux kernel. We compared the performance of two different hardware configurations and meas
5073109307xiajie
- aloha算法里的吞吐量描述123 123 -aloha algorithm described in the throughput of 123 123 123 123
soap_all_hit_all_output_gff3new
- 将二代高通量测序数据通过soap映射到基因组获得所有映射位点，此脚本解析映射数据，输出GFF3格式。-Will the second generation high-throughput sequencing data obtained by soap mapped to genome mapping sites, this scr ipt all analytical mapping data, output GFF3 format.
tixijiegou
- 作为一种RISC体系结构的微处理器，ARM微处理器具有RISC体系结构的典型特征。还具有如下增强特点： (l)在每条数据处理指令当中，都控制算术逻辑单元(ALU)和移位器，以使ALU和移位器获得最大的利用率； (2)自动递增和自动递减的寻址模式，以优化程序中的循环； (3)同时Load和Store多条指令，以增加数据吞吐量； (4)所有指令都条件执行，以增大执行吞吐量 -As a RISC microprocessor architecture, ARM RISC micro
ttl_HEX
- 基于IAR开发环境的CC2430吞吐量测试程序-CC2430 IAR development environment based on the throughput test program
EDMA-API
- 关于DSP的EDNA使用寄存器和相关API函数的总结资料，EDMA是在DMA上发展起来的一种传输方式，它拥有DMA传输的全部特性，除了具有DMA后台操作（即不占用CPU的时钟），高吞吐率等特点外，EDMA比DMA通道的功能 更加强大-EDNA on the use of registers and DSP-API functions related to the summary information, EDMA is developed on a DMA transfer method,
1874-4294-1-PB[1]
- Network coding has recently emerged as an alternative to traditional routing algorithms in communication systems. In network coding, the network nodes combine the packets they receive before forwarding them to the neighbouring nodes. Intensiv
MulThread
- 本文讨论将单线程应用程序重新编写成多线程应用程序的策略。它以Microsoft Windows 95和Windows NT的平台为例，从吞吐量（throughput）和响应方面，与兼容的单线程计算相比较而分析了多线程计算的性能-This article discusses single-threaded applications will be re-written as multithreaded applications strategy. It Microsoft Windows 95 a
ATmage32
- ATmega32是基于增强的AVR RISC结构的低功耗8 位CMOS微控制器。由于其先进的指 令集以及单时钟周期指令执行时间，ATmega32 的数据吞吐率高达1 MIPS/MHz，从而可 以缓减系统在功耗和处理速度之间的矛盾。-ATmega32 AVR RISC-based structure of the enhanced low-power CMOS 8-bit micro-controller. Because of its advanced set of instructio
gawkwuxian
- 在网络仿真NS中对延时分析，丢包率分析，延时抖动分析，吞吐量分析的脚本，很实用。-NS in the network simulation analysis of delay, packet loss rate analysis, delay jitter analysis, throughput analysis of the scr ipt, very useful.
idea
- its a pdf of idea algorithm.Implementations of the International Data Encryption Algorithm (IDEA) • A bit-serial approach – Deeply pipelined – Minimal resource requirements – High clock rate • A bit-parallel approach – Deeply
csma-ca
- 802.11bCAMA/CA协议的网络吞吐量分析-802.11bCAMA/CA protocol analysis of network throughput