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Name	Vikneshwar GK
Course	B.E Computer Science
College	Rajalakshmi Engineering College, Thandalam
DOB	01st September
Technical Skills	Data Science, Machine Learning, Python, Mobile App Development
Languages Known	Python, C, C++, JAVA, Javascript, Flutter & Dart
Interests	Writing, Sports, Music

His submissions

Data Structure

1. Alternative Sorting
2. Sort a Nearly Sorted Array (K Sorted Array)
3. Print all distinct elements of a given integer array
4. Product of maximum in the first array and minimum in second
5. Sort an array according to the absolute difference of the given value
6. Sort an array that contains 1 to N elements
7. Sort an array that contains only 0's and 1's
8. Two elements whose sum is closest to zero
9. Sort an array in waveform
10. Merge an array of size n into another array of size m+n
11. Sort 1 to N by swapping adjacent elements
12. Sort elements by frequency (Solution 2)
13. Union and Intersection of Two Sorted Arrays
14. Union and Intersection of Two Unsorted Arrays
15. Shortest Un-ordered Subarray
16. Sort an Array of 0s, 1s and 2s
17. Find the minimum length unsorted subarray, sorting which makes the complete array sorted
18. Median in a stream of integers (running integers)
19. Count the number of possible triangles
20. Find the number of pairs(x, y) in an array such that x^y > y^x
21. Construct an array from its pair-sum array
22. Count all distinct pairs with difference equal to k
23. Program for array rotation
24. Reversal Algorithm of Array Rotation
25. Block Swap Algorithm for Array Rotation
26. Program to Cyclically Rotate an Array by One
27. Search an element in a sorted and rotated array
28. Given a sorted and rotated array, find if there is a pair with a given sum
29. Find maximum value of Sum( i*array[i] ) with only rotations on given array allowed
30. Find the rotation count in rotated sorted array
31. Quickly find multiple left rotations of an array
32. Find the minimum element in a sorted and rotated array
33. Reversal algorithm for right rotation of an array
34. Queries on Left and Right Circular Shift on the Array
35. Print left rotation of array in O(n) time and O(1) space
36. Find element at given index after a number of rotations
37. Rearrange the element such that array[i] = i
38. Write a program to reverse an array
39. Move all zeroes to the end of the array
40. Minimum swaps required to bring all elements less than or equal to k together
41. Rearrange the array such that the even positioned are greater than odd
42. Rearrange the array in order - smallest, largest, 2nd smallest, 2nd largest, so on
43. Double the first element and move zero to end
44. Reorder an array according to given indexes
45. Rearrange the array such that arr[i]>=arr[j] if i is even and arr[i]<=arr[j] if i is odd and j<i
46. Arrange given numbers to form the biggest number
47. Rearrange an array in maximum minimum form
48. Rearrange an Array in maximum minimum form with O(1) extra space
49. Move all negative elements to end in order with extra space allowed
50. Rearrange the array such that even index elements are smaller and the odd index elements are greater
51. Replace every array element by multiplication of previous and next
52. Rearrange positive and negative elements in O(n) time and O(1) extra space
53. Shuffle a given array using Fisher-Yates shuffle Algorithm
54. Segregate odd and even numbers using Lomuto's Partition scheme