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n-to-default

  • code to price a n-to-default basket CDS. It takes as input hazard rate coefficients and uses T-copul

    code to price a n-to-default basket CDS. It takes as input hazard rate coefficients and uses T-copula model to calculate fair rate of CDS

    標簽: n-to-default coefficients T-copul basket

    上傳時間: 2013-12-24

    上傳用戶:小鵬

  • This section contains a brief introduction to the C language. It is intended as a tutorial on the la

    This section contains a brief introduction to the C language. It is intended as a tutorial on the language, and aims at getting a reader new to C started as quickly as possible. It is certainly not intended as a substitute for any of the numerous textbooks on C. 2. write a recursive function FIB (n) to find out the nth element in theFibanocci sequence number which is 1,1,2,3,5,8,13,21,34,55,…3. write the prefix and postfix form of the following infix expressiona + b – c / d + e * f – g * h / i ^ j4. write a function to count the number of nodes in a binary tr

    標簽: introduction the contains intended

    上傳時間: 2013-12-23

    上傳用戶:liansi

  • The Window Design Method The basic idea behind the design of linear-phase FIR filters using the win

    The Window Design Method The basic idea behind the design of linear-phase FIR filters using the window method is to choose a proper ideal frequency-selective filter [which always has a noncausal, infinite duration impulse response] and then truncate its impulse response hd[n] to obtain a linear-phase and causal FIR filter h[n]. To truncate the impulse response of the ideal filter a time window w[n] is used. Available windows in Matlab are rectangular [or boxcar in Matlab], bartlett, hamming, hanning

    標簽: linear-phase The the filters

    上傳時間: 2017-03-20

    上傳用戶:PresidentHuang

  • 二叉樹子系統

    #include<stdio.h> #define TREEMAX 100 typedef struct  BT { char data; BT *lchild; BT *rchild; }BT; BT *CreateTree(); void Preorder(BT *T); void Postorder(BT *T); void Inorder(BT *T); void Leafnum(BT *T); void Nodenum(BT *T); int TreeDepth(BT *T); int count=0; void main() { BT *T=NULL; char ch1,ch2,a; ch1='y'; while(ch1=='y'||ch1=='y') { printf("\n"); printf("\n\t\t             二叉樹子系統"); printf("\n\t\t*****************************************"); printf("\n\t\t           1---------建二叉樹            "); printf("\n\t\t           2---------先序遍歷            "); printf("\n\t\t           3---------中序遍歷            "); printf("\n\t\t           4---------后序遍歷            "); printf("\n\t\t           5---------求葉子數            "); printf("\n\t\t           6---------求結點數            "); printf("\n\t\t           7---------求樹深度            "); printf("\n\t\t           0---------返    回            "); printf("\n\t\t*****************************************"); printf("\n\t\t      請選擇菜單號 (0--7)"); scanf("%c",&ch2); getchar(); printf("\n"); switch(ch2) { case'1': printf("\n\t\t請按先序序列輸入二叉樹的結點:\n"); printf("\n\t\t說明:輸入結點(‘0’代表后繼結點為空)后按回車。\n"); printf("\n\t\t請輸入根結點:"); T=CreateTree(); printf("\n\t\t二叉樹成功建立!\n");break; case'2': printf("\n\t\t該二叉樹的先序遍歷序列為:"); Preorder(T);break; case'3': printf("\n\t\t該二叉樹的中序遍歷序列為:"); Inorder(T);break; case'4': printf("\n\t\t該二叉樹的后序遍歷序列為:"); Postorder(T);break; case'5': count=0;Leafnum(T); printf("\n\t\t該二叉樹有%d個葉子。\n",count);break; case'6': count=0;Nodenum(T); printf("\n\t\t該二叉樹總共有%d個結點。\n",count);break; case'7': printf("\n\t\t該樹的深度為:%d",TreeDepth(T)); break; case'0': ch1='n';break; default: printf("\n\t\t***請注意:輸入有誤!***"); } if(ch2!='0') { printf("\n\n\t\t按【Enter】鍵繼續,按任意鍵返回主菜單!\n"); a=getchar(); if(a!='\xA') { getchar(); ch1='n'; } } } } BT *CreateTree() { BT *t; char x; scanf("%c",&x); getchar(); if(x=='0') t=NULL; else { t=new BT; t->data=x; printf("\n\t\t請輸入%c結點的左子結點:",t->data);         t->lchild=CreateTree(); printf("\n\t\t請輸入%c結點的右子結點:",t->data);         t->rchild=CreateTree();     } return t; } void Preorder(BT *T) { if(T) { printf("%3c",T->data); Preorder(T->lchild); Preorder(T->rchild); } } void Inorder(BT *T) { if(T) { Inorder(T->lchild); printf("%3c",T->data); Inorder(T->rchild); } } void Postorder(BT *T) { if(T) { Postorder(T->lchild); Postorder(T->rchild); printf("%3c",T->data); } } void Leafnum(BT *T) { if(T) { if(T->lchild==NULL&&T->rchild==NULL) count++; Leafnum(T->lchild); Leafnum(T->rchild); } } void Nodenum(BT *T) { if(T) { count++; Nodenum(T->lchild); Nodenum(T->rchild); } } int TreeDepth(BT *T) { int ldep,rdep; if(T==NULL) return 0; else { ldep=TreeDepth(T->lchild); rdep=TreeDepth(T->rchild); if(ldep>rdep) return ldep+1; else return rdep+1; } }

    標簽: 二叉樹 子系統

    上傳時間: 2020-06-11

    上傳用戶:ccccy

  • Embest S3C44B0X Evaluation Board RTC Test Example RTC Check(Y/N)? y Set Default Time at 2004

    Embest S3C44B0X Evaluation Board RTC Test Example RTC Check(Y/N)? y Set Default Time at 2004-12-31 FRI 23:59:59 Set Alarm Time at 2005-01-01 00:00:01 ... RTC Alarm Interrupt O.K. ... Current Time is 2005-01-01 SAT 00:00:01 RTC Working now. To set date(Y/N)? y Current date is (2005,01,01, SAT). input new date (yy-mm-dd w): 5-2-23 3 Current date is: 2005-02-23 WED RTC Working now. To set time(Y/N)? y Current time is (00:00:21). To set time(hh:mm:ss): 19:32:5 Current Time is 2005-02-23 WED 19:32:

    標簽: Evaluation RTC S3C44B0X Default

    上傳時間: 2014-01-03

    上傳用戶:baiom

  • QR ALGORITHM To obtain the eigenvalues of a symmetric, tridiagonal n by n matrix

    QR ALGORITHM To obtain the eigenvalues of a symmetric, tridiagonal n by n matrix

    標簽: eigenvalues tridiagonal ALGORITHM symmetric

    上傳時間: 2014-01-15

    上傳用戶:凌云御清風

  • 用匯編語言,并且遞歸求菲波那契函數FIB(N)---(N from 1 to 24) (huangyujie)

    用匯編語言,并且遞歸求菲波那契函數FIB(N)---(N from 1 to 24) (huangyujie)

    標簽: huangyujie from FIB 24

    上傳時間: 2014-01-14

    上傳用戶:banyou

  • 著名的n皇后問題。實現結果為 請輸入這是一個幾皇后問題:4 4皇后問題有解為: 2 4 1 3 4皇后問題有解為: 3 1 4 2 Press any key to continue

    著名的n皇后問題。實現結果為 請輸入這是一個幾皇后問題:4 4皇后問題有解為: 2 4 1 3 4皇后問題有解為: 3 1 4 2 Press any key to continue

    標簽: continue Press any key

    上傳時間: 2015-06-02

    上傳用戶:cx111111

  • Routine mampres: To obtain amplitude response from h(exp(jw)). input parameters: h :n dimensione

    Routine mampres: To obtain amplitude response from h(exp(jw)). input parameters: h :n dimensioned complex array. the frequency response is stored in h(0) to h(n-1). n :the dimension of h and amp. fs :sampling frequency (Hz). iamp:If iamp=0: The Amplitude Res. amp(k)=abs(h(k)) If iamp=1: The Amplitude Res. amp(k)=20.*alog10(abs(h(k))). output parameters: amp :n dimensioned real array. the amplitude-frequency response is stored in amp(0) to amp(n-1). Note: this program will generate a data file "filename.dat" . in chapter 2

    標簽: dimensione parameters amplitude response

    上傳時間: 2013-12-19

    上傳用戶:xfbs821

  • 工程計算MATLAB code to calculate the reorthogonalized sine tapers input: N = the length of the time se

    工程計算MATLAB code to calculate the reorthogonalized sine tapers input: N = the length of the time series data to be tapered p = the number of tapers requested I = the gap structure a vector of length N I(t) = 1 if there is data at time t, t=1, ..., N I(t) = 0 if there is a gap at time t output: X = N-by-p vector of the reorthogonalized sine taper

    標簽: the reorthogonalized calculate MATLAB

    上傳時間: 2013-12-17

    上傳用戶:wangyi39

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