ADT Data Structure
Subject and UNIT: Data Structure: Unit III: Trees
Let us get introduced with some of the definitions or terms which are normally used.
Definition, Example Operations | Data Structure
Subject and UNIT: Data Structure: Unit III: Trees
A tree is a finite set of one or more nodes such that -There is a specially designated node called root.
Queue ADT | Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
The LIFO stands for Last In First Out. This property belongs to stack. That means the element inserted lastly will be the element to be popped off first from the stack.
ADT Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
In the operating system various programs are getting executed. We will call these programs as jobs. In this process, some programs are in executing state.
Definition, Operations with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
Doubly ended queue is a queue in which insertion and deletion both can be done by both the ends.
Definition, Types, Application, Operations with Example C Programs | ADT Linked List | Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
The priority queue is a data structure having a collection of elements which are associated with specific ordering.
Definition, Example Operations with Example C Programs | ADT Linked List | Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
Circular queue is a special version of queue where the last element of the queue is connected to the first element of the queue forming a circle.
with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
The main advantage of using linked representation of queues is that there is no limit on the size of the queue. We can insert as many elements as we want in the queue by creating the required number of nodes.
with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
Queue is nothing but the collection of items. Both the ends of the queue are having their own functionality.The Queue is also called as FIFO i.e. a First In First Out data structure.
Syntax, Example Operations | Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
The queue is a collection of elements in which the element can be inserted by one end called rear and elements can be deleted by other end called front.
Definition, Example Operations | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (b): Queue
The queue can be formally defined as ordered collection of elements that has two ends named as front and rear. From the front end one can delete the elements and from the rear end one can insert the elements.
Stacks | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
In computer system the memory model consists of stack memory stores types of variables that have a fixed lifetime based on how C programs run.