📚Data Structures
“ For solving any real world problem with a programming approach we need a suitable data structure. A data structure is a way to store and organize data in a computer,so that it can be used efficiently in terms of time and space”
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- 01 Head Recursion
- 02 Tail Recursion
- 03 Global variable recursion
- 04 Static variable reciursion
- 05 Tree recursion
- 06 Nested recursion
- 07 Sum of n number using recursion
- 08 Sum Of given number using loop
- 09 Power using recursion
- 10 Taylor Series using Static variables
- 11 Taylor Series honers rule
- 12 Taylor Series Iterative
- 13 Indirect Recursion
- 14 Fibbonaci series using loop and recursion
- 15 Fibbonacci using Memoization
- 16 nCr formula
- 17 Tower of Hanoi
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- 01 Static and dynamic array
- 02 Increasing size of array in heap
- 03 Creating 2D array & Accessing
- 04 Array ADT1
- 05 inserting an element
- 06 Deleting element
- 07 Linear search
- 08 Improving Linear search
- 09 Binary Search Using Recursion
- 10 Binary Search using loop
- 11 Get Set max min sum avg
- 12 Rotate and Shift
- 13 IsSorted
- 14 Mergeing 2 Array
- 15 InsertSort
- 16 Set Operation (Union,Intersec,diff)
- 17 Insertion and Deletion
- 18 Menu Based problem
- 19 Single Missing Element in Sorted Array
- 20 Single Missing Value in a sorted array M2
- 21 Multiple Missing Elements in Sorted Array
- 22 Missing elements in Unsorted Array (HASH TABLE)
- 23 Finding Duplicate in Soorted Array
- 24 Counting Duplicate Elements In Sorted M2
- 25 Counting Duplicate elements using hash table (SA)
- 26 Finding Duplicate in Unsoorted Array
- 27 Find a pair with sum k
- 28 Find a pair with sum k in unsorted
- 29 Find a pair with sum k using Hashing
- 30 Finding max & min in single scan
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- 01 Display LL
- 02 Display LL Using Recursion
- 03 Count and sum of LL
- 04 Printing max element
- 05 Searching Element
- 06 Searching Elements using Recursion & Move to 1st
- 07 Insertion in linkedlist
- 08 Insert in sorted
- 09 All in one 1 to 8
- 10 project sll
- 11 Delete from ll.
- 12 Remove duplicate
- 13 Reversing Using Array
- 14 Reversing by Sliding Links
- 15 Reversing using Recursion
- 16 Concatenate linkedlist
- 17 Merge LL
- 18 Liner Singly Linked List in Single Project
- 19 Display Circular LL using Loop & Recursion
- 20 Insert in Circular LL
- 21 Delete from cll from pos
- 22 Delete an element in CLL from pos
- 23 Create,Display,count DLL
- 24 Insert at any pos in dll
- 25 Delete from any pos from DLL
- 26 Reverse DLL
- 27 Middle of Linkedlist
- 28 Polynomial of Linkedlist
📚Algorithms
In software development we have two phases:-
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Design
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Implementation
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For designing any kind of software we should have a blueprint for that, i.e we can not develop any software on hit and trial basis.
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Algorithm:- Algorithm is step by step procedure do solve any kind of computational problem & It is the core of computer science.
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There is certain point about algorithm:-
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Algorithm is written at design time.
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For writing any effective one should have Proper domain Knowledge.
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Algorithm is language independent.
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And it is independent of Hardware & OS.
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We are doing priori analysis when writing algorithms.
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Mainly we are considering Time & Space function. Rather than that we are checking for Network Consumption/Data Transfer, Power consumption and Consumption of CPU Register.
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characteristics of Algorithm :-
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- Input
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- Output
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- Definiteness(Every Statement should be clear and understandable)
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- Finiteness(Algorithm must terminate at some time)
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- Effectiveness(Don’t write unnecessary steps)
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- Independent(It can be implemented in any programming language).