搜索资源列表
PLL
- 锁相环simulink源码,难得的好代码,不要错过!-PLL simulink sourcecode is a good program,please download now!
dpll
- 数字锁相环,这里有个例子,可以借鉴看看,用simulink搭建的-dpll
pll
- 锁相环的MATLAB/SIMULINK仿真-Phase Locked Loop
FLL
- 自己做的锁频环的实现源码,希望对正在设计锁频环的人有所帮助-Own frequency-locked loop to achieve source, in the hope of people being locked loop design help
PLL
- 三项锁相环:利用park变换和clark变换,将三相电网电压,变换为两相旋转坐标系下的电压。同时跟踪A相电压的相位角-Three phase-locked loop: the use of park conversion and clark transformation, the three-phase voltage, transformed into two-phase rotating coordinate system voltage. While tracking the phase
carry_trk_fll1
- 此程序对BPSK调制、载波锁频跟踪进行仿真,主要目的是锁频环-sintable(k+1)=sin(2*pi*k/2^10) costable(k+1)=cos(2*pi*k/2^10)
VolatgeControl_PLL_1_1
- 电压闭环控制逆变器外加一个锁相环控制,不错的示例- volatge control loop inverter
pll
- 数字通信中的锁相环(PLL)完整程序,包括噪声处理,可用于GPS的的跟踪和捕获-the matlab code of PLL ,including how to deal with the noise ,which can be used to acquiring and tracking on GPS
yinhangjiasuanfa
- 银行家算法是用来在系统调用资源时,避免死锁的一种使用很广泛的算法,易懂,有兴趣玩程序的就加我啊QQ364523756-Banker s algorithm is used to call in the system resources, a deadlock avoidance algorithm to use a wide, easy to understand, are interested in playing process on the increase, I ah QQ3645237
yinghangjia
- 银行家算法是避免死锁的一种重要方法,本课程设计要求用高级语言编写和调试一个简单的银行家算法程序。加深了解有关资源申请、避免死锁等概念,并体会和了解死锁和避免死锁的具体实施方法。-Bankers algorithm avoid deadlock is an important method, the curriculum design requires high-level language writing and debugging a simple procedure of Banker s
001
- 在避免死锁的方法中,所施加的限制条件较弱,有可能获得令人满意的系统性能。在该方法中把系统的状态分为安全状态和不安全状态,只要能使系统始终都处于安全状态,便可以避免发生死锁。 银行家算法的基本思想是分配资源之前,判断系统是否是安全的 若是,才分配。它是最具有代表性的避免死锁的算法。 -Avoid deadlock in the method, the restrictions imposed by the weaker conditions, it is possible to obtai
LockedDoor
- vc实现的关于“带锁的门”的求解算法,算法实现-vc achieved on
yinhangjiasuanfa
- 利用银行家算法实现资源分配。当某个进程提出资源请求是,假定先分配给它,然后查找个进程的请求,检查系统剩余资源是否由于分配而导致思死锁。若是则该进程等待;否则,为其进程所需资源。-Bankers algorithm using the allocation of resources. When a request is put forward the process, it is assumed that first be allocated to it, and then find a proc
c++yinhangjia
- 操作系统中的银行家算法源码,用c++写的关于避免死锁的算法。-Banker s algorithm in the operating system source code, using c++ Write on the algorithm to avoid deadlock.
yinhangjiasuanfa
- 银行家算法,避免进程死锁-Bankers algorithm avoid deadlock process
banker
- 银行家算法的基本思想是分配资源之前,判断系统是否是安全的 若是,才分配。它是最具有代表性的避免死锁的算法-Banker' s Algorithm The basic idea is the allocation of resources, are to determine whether the system is safe If so, before the distribution. It is the most representative of the algorithm to
yinhangjia
- 实现死锁避免算法——银行家算法 1、程序运行开始时,资源全部可用。资源种类约10种,每种资源数目为1~10。 2、不断随机产生或手工输入新的“进程资源需求向量”,并填写到最大需求矩阵。 3、在各进程的最大需求数量范围内(因此需作是否超出范围的检验),为各进程随机生成或手工输入资源请求。经银行家算法后输出系统是否安全的信息。当一个进程的资源请求全部发完后,认为它结束 -Deadlock Avoidance Algorithm implementation- one ba
YYY_DSSS
- 设计一个四用户的扩频通信系统,扩频增益为N=16,采用Walsh码进行直接序列扩频,BPSK调制,无线信道为AWGN信道。在接收端进行解扩,解调,判决,通过仿真得到其中一个用户的误比特率与信噪比的仿真结果。-Designed a four-user spread spectrum communication system, spreading gain for N = 16, using Walsh code Direct Sequence Spread Spectrum, BPSK modul
qpsk
- 定义锁相环的工作模式:单载波为“1”、BPSK调制为“2”、QPSK调制为“3”-The definition of phase-locked loop mode of operation: single-carrier for the " 1" , BPSK modulation for the " 2" , QPSK modulation for the " 3"
mpibingxing
- 介绍行列划分算法和矩阵相乘并行算法M P I 程序, 给出基于矩阵相乘并行算法的M P I 实现, 分析和讨 论处理器数目、复杂性、矩阵划分、B 子块传递、死锁避免和矩阵数据的获取等问题.-Introduction into the ranks of the matrix multiplication algorithm and parallel algorithm for MPI procedures, give parallel algorithm based on matrix mul