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How memory is freed using Boundary tag method in the context of Dynamic memory management?
Boundary Tag Method to free Memory
To delete an arbitrary block from the free list (to join it with a newly freed block) without traversing whole list, the free list must be doubly linked. Therefore each free block must have 2 pointers, next and prev to the next and last free block on the free block. (This is needed when joining a newly freed block with a free block that immediately proceeds in memory).
implement multiple stack in single dimensionl array.write algorithms for various stack operation for them
/* The program accepts matrix like input & prints the 3-tuple representation of it*/ #include void main() { int a[5][5],rows,columns,i,j; printf("enter the order of
Q. Perform implementation of a queue using a singly linked list L. The operations INSER and DELETE should take O (1) time.
An algorithm is a sequence of steps to solve a problem; there may be more than one algorithm to solve a problem. The choice of a particular algorithm depends upon following cons
Dequeue (a double ended queue) is an abstract data type alike to queue, where insertion and deletion of elements are allowed at both of the ends. Like a linear queue & a circular q
Following are some of the drawback of sequential file organisation: Updates are not simply accommodated. By definition, random access is impossible. All records should be
Q. The degree of a node is defined as the number of children it has. Shear show that in any binary tree, the total number of leaves is one more than the number of nodes of degree 2
if two relations R and S are joined, then the non matching tuples of both R and S are ignored in
a) Given a digraph G = (V,E), prove that if we add a constant k to the length of every arc coming out from the root node r, the shortest path tree remains the same. Do this by usin
2. Write a note on i) devising ii) validating and iii) testing of algorithms.
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