Example Stacks Operations with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
As we have seen how to convert given infix expression to postfix form. It's the time to learn an evaluation of postfix expression. Again use of stack is necessary in postfix expression evaluation.
Algorithm, Expression, Stacks Operation with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
Read an expression from left to right each character one by one, If an operand is encountered then add it to postfix array.
Types | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
Expression is a string of operands and operators. Operands are some numeric values and operators are of two types: Unary operators and Binary operators
ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
Various applications of stack are 1. Expression conversion,2. Expression evaluation,3. Parsing well formed parenthesis,4. Decimal to binary conversion,5. Reversing a string,6. Storing function calls
Push and Pop operations with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
Stack is a special case of list and therefore we can represent stack using arrays as well as using linked list.
Operations | Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
Stack is a data structure which posses LIFO i.e. Last In First Out property.
with Example C Programs | ADT Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
A stack is a special case of an ordered list, i.e. it is a ordered list with some restrictions on the way in which we perform various operations on a list.
Definition, Example Operations | Data Structure
Subject and UNIT: Data Structure: Unit II (a): Stacks
A stack is an ordered list in which all insertions and deletions are made at one end, called the top. If we have to make stack of elements 10, 20, 30, 40, 50, 60 then 10 will be the bottommost element and 60 will be the topmost element in the stack.
Lists | Data Structure
Subject and UNIT: Data Structure: Unit I: Lists
The data structure can be defined as the collection of elements and all the possible operations which are required for those set of elements. Formally data structure can be defined as a data structure is a set of domains D, a set of functions F and a set of axioms A.
Basic concept, Example Operations | Data Structure
Subject and UNIT: Data Structure: Unit I: Lists
A multi-list is a data structure in which there are multiple links from a node.In a general multi-list, each node can have any number of pointers to other nodes and there may or may not be inverses for each pointer.
Definition, Structure, Example Operations with Example C Programs, Advantages, Disadvantage | Data Structure
Subject and UNIT: Data Structure: Unit I: Lists
A polynomial has the main fields as coefficient, exponent.In linked list it will have one more field called 'link' field to point to next term in the polynomial.
Data Structure
Subject and UNIT: Data Structure: Unit I: Lists
The linked list is a data structure which makes use of dynamic memory. Hence it is possible to handle the list of any desired length using the linked list.