Shruti Speak's

#include<stdio.h> #include<conio.h> void print(int x[],float r[],int n) { int i; clrscr(); printf("\ni\tNumbers\t\tRandom Numbers\n\n"); for(i=0;i<n;i++) printf("\n%d\t%d\t\t%f",i+1,x[i],(float)r[i]); printf("\n\nThe total periods=%d",n); getch(); exit(0); } void main() { int i,x[40],a,c,m,x0; float r[40]; clrscr(); printf("\nEnter value for a="); scanf("%d",&a); printf("\nEnter value for c="); scanf("%d",&c); printf("\nEnter value for m="); scanf("%d",&m); printf("\nEnter value for x0="); scanf("%d",&x0); x[0]=x0; r[0]=(float)x[0]/m; for(i=1;i<40;i++) { x[i]=((x[i-1]*a)+c)%m; r[i]=(float)x[i]/m; if(x[0]==x[i]) print(x,r,i); } }  by Aanchal Gupta(MCA/4510/11)

INTRODUCTION Road accidents involving the release of toxic or hazardous materials (such as hydrocarbons and chlorinated solvents, which are non-aqueous phase liquids or NAPL) during their transportation may cause severe environmental problems. A particular attention is given to denser than water NAPLs (DNAPLs), which may reach deep into the aquifer and thus durably contaminate the groundwater. This study is concerned with the impact of a DNAPL spill on the water resource for a road project infringing a zone of drinking water catchments in the case of a road accident involving a DNAPL transporting vehicle. The zone of study spans over several kilometers, along which soil properties vary significantly. Simulation metamodelling is based on the substitution of the simulation model by an approximation of the input–output relationship. Metamodelling, first proposed by Blanning, makes the computations much faster, allowing for more cases to be studied. Originally based

/*program for autocorrelation */ #include<stdio.h> #include<conio.h> #include<math.h> int main() { int i,m,a,c,x[30]={27},count=0,M,j,k,n; double r[30],z,R[30],sum=0.0,R0,z0,R1; double sq,zA=1.96; clrscr(); printf("Enter the values of a,c,m:\n"); scanf("%d%d%d\n",&a,&c,&m); for(i=1;i<=30;i++) { x[i]=(a*x[i-1]+c)%m; r[i]=(float)x[i]/m; count++; printf("\tRand No.::%f\n",r[i]);   } scanf("%d%d%d",&j,&n,&M); if((j+(M+1)*n)<= r)     { for(k=0;k<=M;k++)    {      R[k]=r[i+(k*m)]* r[i+(k+1)*m];      sum=sum+R[k];    }    R1=sum/(M+1)-0.25;    sq=sqrt((13*M)+7);    R0=sq/(12*(M+1));    z0=R1/R0;    printf("%f",z0); }   if(z0>=-zA && z0<=zA)  printf("\n ACCEPTED");  else  printf("\n REJECTED");   getch(); return 0;  }

#include<stdio.h> #include<conio.h> #include<math.h> float triangular(float a,float b,float R) {  if(a>b)      return (0.0);  else      return(a+(b-a)*R);   } float exponential(float mean,float R) {   if(R>1)     return (0.0);   else  return (-1/mean*logl(1-R)); } float weibull(float alpha,float beta,float R) {   if(R>1)     return (0.0);   else  return (alpha*(pow(logl(1/(1-R)),1/beta)));  } void main() {  float x[10],mean,a,b,r[10]; int i,n,ch; char c; clrscr(); printf("How many Random Nos. you want to enter:"); scanf("%d",&n); while(1) { printf("\n\t 1. Exponential \n\t 2. Triangular\n\t 3. Weibull\n\t"); printf("\n\t Enter Your Choice "); scanf("%d",&ch); for(i=0;i<n;i++) r[i]=(float)(rand()%1000)/1000; switch(ch) { case 1: printf("\n\t Enter value mean:"); scanf("%f",&mean);

/*acception rejection using poisson*/ #include<stdio.h> #include<conio.h> #include<math.h> #include<stdlib.h> main() {       float p[30],r[30],random[30],a;       int i,j,k,n;       int count =0;       int flag=0;          printf("Enter the number of random numbers  \t e.g 5\n");       scanf("%d",&n);        printf("enter the value of alpha \t e.g 0.2 \n");       scanf("%f",&a);       random[0]=0.4357;       random[1]=0.4146;       random[2]=0.8353;       random[3]=0.9952;       random[4]=0.8004;      printf("\n");       p[0]=1;       system("cls");       printf("n\t\tR(n+i)\t\tP\t\tAcc/Rej\n");       i=0;       p[i+1]= p[0] * random[i];       while(i<n)       {       if(p[i+1] < exp(-a))         {         printf("\n%d\t%f\t%f\t%s",count,random[i],p[i+1],"accept");            i++;      p[i+1]= p

 TOPICS v Overview v Using the Android Emulator v Starting and Stopping the Emulator v Telephony Emulation v SMS Emulation v Network Status v Network Delay Emulation v Network Speed Emulation v Simulate incoming call with Android emulator v Emulator Limitations v BIBLIOGRAPHY *Overview* The Android emulator is an application that provides a virtual mobile device on which you can run your Android applications. It runs a full Android system stack, down to the kernel level that includes a set of preinstalled applications (such as the dialer) that you can access from your applications. You can choose what version of the Android system you want to run in the emulator by configuring AVDs, and you can also customize the mobile device skin and key mappings. When launching the emulator and at runtime, you can use a variety of commands and options to control its behavior. The Android system images available throug

Roll No.                           Assignment  1                                      Website tutorial of CSS 2                                       Website XML tutorial 3                                       Using Google adword. Developing html tutorial for same 4                                       Creating web technology website using word press 5                                       Website on HTTP 6                                       Creating education portal using Word Press 7                                       Java Script gaming (at least 5 games) 8                                      Creating XML  documents for publications 9                                      Websites on basics of Internet 10                                   Creating a blog using word press