CSE GTU

This course aims to help a person understand and know his / her purpose in life, get a positive thought pattern, gain confidence, improve behaviour, learn better communication and develop a healthy physique with morality and ethics in its core. Download Syllabus Here is the reference material for IPDC What will be covered in this course? At a glance. Facing Failures Factors affecting failures Insignificance of failures Practicing Faith Learning from legends case studies of- Sachin Tendulkar Ratan Tata Project Management Remaking Yourself Restructuring Yourself Power of Habit Being addiction free Begin with end in Mind Handling Social Media Basics of Financial Planning From House to Home Affectionate Relationships Forgive & Forget Bonding the Family Soft skills tea

What is requirement Gathering? As the name suggests, Requirement gathering is about collecting all the possible information related to any topic. When we talk about requirement Gathering in Software engineering we mean collecting all the possible information about any software. It basially includes researching on that topic and documenting the project's exact requirments from start to end. We can do requirement Gathering asking different different questions like the one below - What tools will be required? How long will it take to make this project? Who will be involved in this project? who will be the targated Users? What features will be needed to make it more user friendly? What are the risks in building this project? What are our ultimate goals? What are risks associated with it? What are benefits of Requirement Gathering The major advantage of requirement Gathering is that It saves a lot of time and energy

Operating System Mini Project #This is a program that converts any number from #one format to another according to user input bin2Dec() { n=0 dec=0 read -p "Enter Binary Number : " n dec=`expr "ibase=2; $n" | bc` echo "decimal equivalent is $dec " } dec2Bin() { read -p "Enter the Decimal number " n val=0 power=1 while [ $n -ne 0 ] do r=`expr $n % 2` val=`expr $r \* $power + $val` power=`expr $power \* 10` n=`expr $n \/ 2` done echo "Binary equivalent=$val" } dec2Hexd() { n=0 hex=0 read -p "Enter Number in decimal format : " n hex=`expr "obase=16; $n" | bc` echo "$n is equivalent \"$hex\" in Hexadecimal" } dec2Oct() { n=0 oct=0 read -p "Enter Number in Decimal forma

20. Write a program to find out sum of first and last digit of a given number. #include<stdio.h> #include<conio.h> int main() { int num,fd,ld,sum; printf("\nenter number : "); scanf("%d",&num); ld=num%10; while(num!=0) { if(num == ld) { fd=0; break; } else { fd=num%10; num=num/10; } } sum=fd+ld; printf("\nSum of first and last digit of given number is %d",sum); getch(); return 0; } sample output Previous Program Next Program

19. Write a program to generate first n number of Fibonacci series. #include<stdio.h> #include<conio.h> int main() { int n,a,b,c,i; a=0; b=1; printf("\nEnter value of n : "); scanf("%d",&n); printf("\nFibonacci series is\n"); printf("\n%d\t%d",a,b); for(i=1;i<=n-2;i++) { c=a+b; a=b; b=c; printf("\t%d",b); } getch(); return 0; } Sample output Previous Program Next Program

18. Write a program to reverse a number. #include<stdio.h> #include<conio.h> int main() { int num,rev=0,i,j; printf("\nEnter number : "); scanf("%d",&num); while(num!=0) { i=num%10; rev=rev*10+i; num/=10; } printf("\nReverse is %d",rev); getch(); return 0; } Sample output Previous Program Next Program