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Deletion Algorithm for dequeue
Step 1: [check for underflow] If front = 0 and rear = 0 Output "underflow" and return
Step 2: [delete element at front end] If front > 0 Value = q [front] Return [value]
Step 3: [check queue for empty] If front = rear Front = rear = 0 Else Front = front +1
Step 4: [delete element at the rear end] If rear > 0 Value = Q [rear] Return (rear)
Step 5: [check queue for empty] If front = rear Front = rear = 0 Else Rear = rear - 1
Step 6: Return
A striking application of DFS is determine a strongly connected component of a graph. Definition: For graph G = (V, E) , where V refer to the set of vertices and E refer to the
Hi, can you give me a quote for an E-R diagram
The data structure needed for Breadth First Traversal on a graph is Queue
N = number of rows of the graph D[i[j] = C[i][j] For k from 1 to n Do for i = 1 to n Do for j = 1 to n D[i[j]= minimum( d ij (k-1) ,d ik (k-1) +d kj (k-1)
Program segment for the deletion of any element from the queue delmq(i) /* Delete any element from queue i */ { int i,x; if ( front[i] == rear[i]) printf("Queue is
Assume a complete binary tree T with n nodes where each node has an item (value). Label the nodes of the complete binary tree T from top to bottom & from left to right 0, 1, ..., n
write a COBOL program to find the biggest of two numbers
Q. The two Binary Trees are said to be similar if they are both empty or if they are both non- empty and left and right sub trees are similar. Write down an algorithm to determine
1. develop an algorithm which reads two decimal numbers x and y and determines and prints out wether x>y or y>x. the input values, x and y, are whole number > or equal to 0, which
Binary tree creation struct NODE { struct NODE *left; int value; struct NODE *right; }; create_tree( struct NODE *curr, struct NODE *new ) { if(new->val
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