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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
The algorithm to delete any node having key from a binary search tree is not simple where as several cases has to be considered. If the node to be deleted contains no sons,
Complexity classes All decision problems fall in sets of comparable complexity, called as complexity classes. The complexity class P is the set of decision problems which ca
Board coloring , C/C++ Programming
This question is based on the requirements of a system to record band bookings at gigs. (A 'gig' is an event at which one or more bands are booked to play). You do not need to know
Write c++ function to traverse the threaded binary tree in inorder traversal
Example of worse case of time
memory address of any element of lower left triangular sparse matrix
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
In a chained hash table, each table entry is a pointer to a collection of elements. It can be any collection that supports insert, remove, and find, but is commonly a linked list.
a. Determine the result of inserting the keys 4,19, 17, 11, 3, 12, 8, 20, 22, 23, 13, 18, 14, 16, 1, 2, 24, 25, 26, 5 in order to an empty B-Tree of degree 3. Only draw the configu
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