Udemy - Algorithms Data Structures in Java #1 ( + INTERVIEW QUESTIONS)
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Udemy - Algorithms Data Structures in Java #1 ( + INTERVIEW QUESTIONS)
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Udemy - Algorithms Data Structures in Java #1 ( + INTERVIEW QUESTIONS)
Get Bonus Downloads Here.url -
001 Introduction.mp4 -
001 Introduction_en.vtt -
002 Complexity theory basics.html -
001 Why to use data structures.mp4 -
001 Why to use data structures_en.vtt -
002 Data structures and abstract data types.mp4 -
002 Data structures and abstract data types_en.vtt -
001 Installing Java and Eclipse on Windows.html -
002 Installing Java and Eclipse on Mac.html -
001 What are array data structures.mp4 -
001 What are array data structures_en.vtt -
002 Arrays introduction - operations.mp4 -
002 Arrays introduction - operations_en.vtt -
003 Implementing arrays.mp4 -
003 Implementing arrays_en.vtt -
004 ArraysLists in Java.mp4 -
004 ArraysLists in Java_en.vtt -
001 Reversing an array in-place overview.html -
002 Reversing an array in-place solution.mp4 -
002 Reversing an array in-place solution_en.vtt -
003 Anagram problem overview.html -
004 Anagram problem solution.mp4 -
004 Anagram problem solution_en.vtt -
005 Palindrome problem overview.html -
006 Palindrome problem solution.mp4 -
006 Palindrome problem solution_en.vtt -
007 Integer reversion problem overview.html -
008 Integer reversion problem solution.mp4 -
008 Integer reversion problem solution_en.vtt -
009 Dutch national flag problem overview.html -
010 Dutch national flag problem theory.mp4 -
010 Dutch national flag problem theory_en.vtt -
011 Dutch national flag problem solution.mp4 -
011 Dutch national flag problem solution_en.vtt -
012 Trapping rain water problem overview.html -
013 Trapping rain water problem theory.mp4 -
013 Trapping rain water problem theory_en.vtt -
014 Trapping rain water problem solution.mp4 -
014 Trapping rain water problem solution_en.vtt -
38551216-DutchFlagProblem.java -
38564302-ReverseArrayProblem.java -
38565736-AnagramProblem.java -
38566650-PalindromeProblem.java -
38585542-TrappedRainProblem.java -
001 What are linked lists.mp4 -
001 What are linked lists_en.vtt -
002 Linked list theory - operations.mp4 -
002 Linked list theory - operations_en.vtt -
003 Linked list implementation I.mp4 -
003 Linked list implementation I_en.vtt -
004 Linked list implementation II.mp4 -
004 Linked list implementation II_en.vtt -
005 Linked list implementation III.mp4 -
005 Linked list implementation III_en.vtt -
006 Linked list implementation IV.mp4 -
006 Linked list implementation IV_en.vtt -
007 Comparing linked lists and arrays.mp4 -
007 Comparing linked lists and arrays_en.vtt -
008 Practical (real-world) applications of linked lists.mp4 -
008 Practical (real-world) applications of linked lists_en.vtt -
001 What are doubly linked lists.mp4 -
001 What are doubly linked lists_en.vtt -
002 Doubly linked list implementation.mp4 -
002 Doubly linked list implementation_en.vtt -
003 LinkedLists in Java.mp4 -
003 LinkedLists in Java_en.vtt -
004 Running time comparison linked lists and arrays.mp4 -
004 Running time comparison linked lists and arrays_en.vtt -
001 Finding the middle node in a linked list overview.html -
002 Finding the middle node in a linked list solution.mp4 -
002 Finding the middle node in a linked list solution_en.vtt -
003 Reverse a linked list in-place overview.html -
004 Reverse a linked list in-place solution.mp4 -
004 Reverse a linked list in-place solution_en.vtt -
38588974-LinkedList.java -
001 What are stacks.mp4 -
001 What are stacks_en.vtt -
002 Stacks in memory management (stacks and heaps ).mp4 -
002 Stacks in memory management (stacks and heaps )_en.vtt -
003 Stack memory visualization.mp4 -
003 Stack memory visualization_en.vtt -
004 Stack implementation with linked list.mp4 -
004 Stack implementation with linked list_en.vtt -
005 Stack implementation with arrays.mp4 -
005 Stack implementation with arrays_en.vtt -
006 Dijkstra's interpreter introduction.mp4 -
006 Dijkstra's interpreter introduction_en.vtt -
007 Dijkstra's interpreter implementation.mp4 -
007 Dijkstra's interpreter implementation_en.vtt -
008 Stacks in Java.mp4 -
008 Stacks in Java_en.vtt -
009 Practical (real-world) applications of stacks.mp4 -
009 Practical (real-world) applications of stacks_en.vtt -
001 What are queues.mp4 -
001 What are queues_en.vtt -
002 Queue implementation with linked list.mp4 -
002 Queue implementation with linked list_en.vtt -
003 Queues in Java.mp4 -
003 Queues in Java_en.vtt -
001 Max in a stack problem overview.html -
002 Max in a stack problem solution.mp4 -
002 Max in a stack problem solution_en.vtt -
003 Stack with queue overview.html -
004 Stack with queue solution.mp4 -
004 Stack with queue solution_en.vtt -
005 Stack with queue solution - recursion.mp4 -
005 Stack with queue solution - recursion_en.vtt -
001 Binary search trees theory - basics.mp4 -
001 Binary search trees theory - basics_en.vtt -
002 Binary search trees theory - search, insert.mp4 -
002 Binary search trees theory - search, insert_en.vtt -
003 Binary search trees theory - delete.mp4 -
003 Binary search trees theory - delete_en.vtt -
004 Binary search trees theory - in-order traversal.mp4 -
004 Binary search trees theory - in-order traversal_en.vtt -
005 Binary search trees theory - running times.mp4 -
005 Binary search trees theory - running times_en.vtt -
006 Binary search trees implementation I - Node and Tree classes.mp4 -
006 Binary search trees implementation I - Node and Tree classes_en.vtt -
007 Binary search trees implementation II - insertion.mp4 -
007 Binary search trees implementation II - insertion_en.vtt -
008 Binary search tree implementation III - max, min and traversal.mp4 -
008 Binary search tree implementation III - max, min and traversal_en.vtt -
009 Stack memory visualization - finding max (min) items.mp4 -
009 Stack memory visualization - finding max (min) items_en.vtt -
010 Stack memory visualization - tree traversal.mp4 -
010 Stack memory visualization - tree traversal_en.vtt -
011 Binary search tree implementation IV - remove.mp4 -
011 Binary search tree implementation IV - remove_en.vtt -
012 Binary search tree implementation V - testing.mp4 -
012 Binary search tree implementation V - testing_en.vtt -
013 Practical (real-world) applications of trees.mp4 -
013 Practical (real-world) applications of trees_en.vtt -
001 Compare binary trees overview.html -
002 Compare binary trees solution.mp4 -
002 Compare binary trees solution_en.vtt -
003 Compare binary trees minor update.html -
004 k-th smallest element in a search tree overview.html -
005 k-th smallest element in a search tree solution.mp4 -
005 k-th smallest element in a search tree solution_en.vtt -
006 Family age problem overview.html -
007 Family age problem solution.mp4 -
007 Family age problem solution_en.vtt -
001 Motivation behind balanced binary search trees.mp4 -
001 Motivation behind balanced binary search trees_en.vtt -
002 What are AVL trees.mp4 -
002 What are AVL trees_en.vtt -
003 AVL trees introduction - height.mp4 -
003 AVL trees introduction - height_en.vtt -
004 AVL trees introduction - rotations.mp4 -
004 AVL trees introduction - rotations_en.vtt -
005 AVL trees introduction - illustration.mp4 -
005 AVL trees introduction - illustration_en.vtt -
006 AVL tree implementation I.mp4 -
006 AVL tree implementation I_en.vtt -
007 AVL tree implementation II.mp4 -
007 AVL tree implementation II_en.vtt -
008 AVL tree implementation III.mp4 -
008 AVL tree implementation III_en.vtt -
009 AVL tree implementation IV.mp4 -
009 AVL tree implementation IV_en.vtt -
010 AVL tree implementation V.mp4 -
010 AVL tree implementation V_en.vtt -
011 Practical (real-world) applications of balanced binary search trees.mp4 -
011 Practical (real-world) applications of balanced binary search trees_en.vtt -
001 What are red-black trees.mp4 -
001 What are red-black trees_en.vtt -
002 The logic behind red-black trees.mp4 -
002 The logic behind red-black trees_en.vtt -
003 Red-black trees - recoloring and rotation cases.mp4 -
003 Red-black trees - recoloring and rotation cases_en.vtt -
004 Red-black trees visualizations.mp4 -
004 Red-black trees visualizations_en.vtt -
005 Red-black tree implementation I.mp4 -
005 Red-black tree implementation I_en.vtt -
006 Red-black tree implementation II.mp4 -
006 Red-black tree implementation II_en.vtt -
007 Red-black tree implementation III.mp4 -
007 Red-black tree implementation III_en.vtt -
008 Red-black tree implementation IV.mp4 -
008 Red-black tree implementation IV_en.vtt -
009 Red-black tree implementation V.mp4 -
009 Red-black tree implementation V_en.vtt -
010 Differences between red-black tree and AVL trees.mp4 -
010 Differences between red-black tree and AVL trees_en.vtt -
001 What are splay trees.mp4 -
001 What are splay trees_en.vtt -
002 Splay tree introduction - example.mp4 -
002 Splay tree introduction - example_en.vtt -
003 Splay tree implementation I.mp4 -
003 Splay tree implementation I_en.vtt -
004 Splay tree implementation II.mp4 -
004 Splay tree implementation II_en.vtt -
005 Splay tree implementation III.mp4 -
005 Splay tree implementation III_en.vtt -
006 Splay trees application.mp4 -
006 Splay trees application_en.vtt -
001 What are priority queues.mp4 -
001 What are priority queues_en.vtt -
002 Heap introduction - basics.mp4 -
002 Heap introduction - basics_en.vtt -
003 Heap introduction - array representation.mp4 -
003 Heap introduction - array representation_en.vtt -
004 Heap introduction - remove operation.mp4 -
004 Heap introduction - remove operation_en.vtt -
005 Using heap data structure to sort (heapsort).mp4 -
005 Using heap data structure to sort (heapsort)_en.vtt -
006 Heap introduction - running times.mp4 -
006 Heap introduction - running times_en.vtt -
007 Binomial and Fibonacci heaps.mp4 -
007 Binomial and Fibonacci heaps_en.vtt -
008 Heap implementation I.mp4 -
008 Heap implementation I_en.vtt -
009 Heap implementation II.mp4 -
009 Heap implementation II_en.vtt -
010 Heap implementation III.mp4 -
010 Heap implementation III_en.vtt -
011 Heaps in java.util.PriorityQueue.mp4 -
011 Heaps in java.util.PriorityQueue_en.vtt -
001 Checking array heap representation overview.html -
002 Checking array heap representation solution.mp4 -
002 Checking array heap representation solution_en.vtt -
003 Converting max heap to min heap overview.html -
004 Converting max heap to min heap solution.mp4 -
004 Converting max heap to min heap solution_en.vtt -
001 What is external memory.mp4 -
001 What is external memory_en.vtt -
002 Disk access times.mp4 -
002 Disk access times_en.vtt -
003 What are B-trees.mp4 -
003 What are B-trees_en.vtt -
004 B-tree introduction - insertion.mp4 -
004 B-tree introduction - insertion_en.vtt -
005 B-tree introduction - deletion.mp4 -
005 B-tree introduction - deletion_en.vtt -
006 B-tree variants and file systems.mp4 -
006 B-tree variants and file systems_en.vtt -
001 What are associative arrays.mp4 -
001 What are associative arrays_en.vtt -
002 Hashtables introduction - basics.mp4 -
002 Hashtables introduction - basics_en.vtt -
003 Hashtables introduction - collisions.mp4 -
003 Hashtables introduction - collisions_en.vtt -
004 Hashtables introduction - load factor & dynamic resizing.mp4 -
004 Hashtables introduction - load factor & dynamic resizing_en.vtt -
005 ----------- Chaining -----------.html -
006 Chaining method summary.mp4 -
006 Chaining method summary_en.vtt -
007 Chaining implementation I - put.mp4 -
007 Chaining implementation I - put_en.vtt -
008 Chaining implementation II - get.mp4 -
008 Chaining implementation II - get_en.vtt -
009 Chaining implementation III - testing.mp4 -
009 Chaining implementation III - testing_en.vtt -
010 -------- Linear Probing --------.html -
011 Linear probing summary.mp4 -
011 Linear probing summary_en.vtt -
012 Linear probing implementation I - put.mp4 -
012 Linear probing implementation I - put_en.vtt -
013 Linear probing implementation II - get.mp4 -
013 Linear probing implementation II - get_en.vtt -
014 Linear probing implementation III - testing.mp4 -
014 Linear probing implementation III - testing_en.vtt -
015 ------- Generic Linear Probing ---------.html -
016 Generic linear probing implementation I - basics.mp4 -
016 Generic linear probing implementation I - basics_en.vtt -
017 Generic linear probing implementation II - get.mp4 -
017 Generic linear probing implementation II - get_en.vtt -
018 Generic linear probing implementation III - put.mp4 -
018 Generic linear probing implementation III - put_en.vtt -
019 Generic linear probing implementation IV - remove.mp4 -
019 Generic linear probing implementation IV - remove_en.vtt -
020 Generic linear probing implementation V - resize.mp4 -
020 Generic linear probing implementation V - resize_en.vtt -
021 Generic linear probing implementation VI - testing.mp4 -
021 Generic linear probing implementation VI - testing_en.vtt -
022 Generic linear probing implementation - hashCode.mp4 -
022 Generic linear probing implementation - hashCode_en.vtt -
023 Maps in Java Collections.mp4 -
023 Maps in Java Collections_en.vtt -
024 Why to use prime numbers in hash-functions.mp4 -
024 Why to use prime numbers in hash-functions_en.vtt -
025 Practical (real-world) applications of hashing.mp4 -
025 Practical (real-world) applications of hashing_en.vtt -
001 Two sum problem overview.html -
002 Two sum problem solution.mp4 -
002 Two sum problem solution_en.vtt -
001 Sorting introduction.mp4 -
001 Sorting introduction_en.vtt -
002 What is stability in sorting.mp4 -
002 What is stability in sorting_en.vtt -
003 Adaptive sorting algorithms.mp4 -
003 Adaptive sorting algorithms_en.vtt -
004 Bogo sort introduction.mp4 -
004 Bogo sort introduction_en.vtt -
005 Bogo sort implementation.mp4 -
005 Bogo sort implementation_en.vtt -
006 Bubble sort introduction.mp4 -
006 Bubble sort introduction_en.vtt -
007 Bubble sort implementation.mp4 -
007 Bubble sort implementation_en.vtt -
008 Selection sort introduction.mp4 -
008 Selection sort introduction_en.vtt -
009 Selection sort implementation.mp4 -
009 Selection sort implementation_en.vtt -
010 Insertion sort introduction.mp4 -
010 Insertion sort introduction_en.vtt -
011 Insertion sort implementation.mp4 -
011 Insertion sort implementation_en.vtt -
012 Shell sort introduction.mp4 -
012 Shell sort introduction_en.vtt -
013 Shell sort implementation.mp4 -
013 Shell sort implementation_en.vtt -
014 Quicksort introduction.mp4 -
014 Quicksort introduction_en.vtt -
015 Quicksort introduction - example.mp4 -
015 Quicksort introduction - example_en.vtt -
016 Quicksort implementation.mp4 -
016 Quicksort implementation_en.vtt -
017 Hoare's partitioning and Lomuto's partitioning.html -
018 What is the worst-case scenario for quicksort.mp4 -
018 What is the worst-case scenario for quicksort_en.vtt -
019 Merge sort introduction.mp4 -
019 Merge sort introduction_en.vtt -
020 Merge sort implementation.mp4 -
020 Merge sort implementation_en.vtt -
021 Merge sort and stack memory visualization.mp4 -
021 Merge sort and stack memory visualization_en.vtt -
022 Hybrid algorithms introduction.mp4 -
022 Hybrid algorithms introduction_en.vtt -
023 Non-comparison based algorithms.mp4 -
023 Non-comparison based algorithms_en.vtt -
024 Counting sort introduction.mp4 -
024 Counting sort introduction_en.vtt -
025 Counting sort implementation.mp4 -
025 Counting sort implementation_en.vtt -
026 Radix sort introduction.mp4 -
026 Radix sort introduction_en.vtt -
027 Radix sort implementation.mp4 -
027 Radix sort implementation_en.vtt -
001 Why to use cache.mp4 -
001 Why to use cache_en.vtt -
002 LRU cache introduction.mp4 -
002 LRU cache introduction_en.vtt -
003 LRU cache implementation I.mp4 -
003 LRU cache implementation I_en.vtt -
004 LRU cache implementation II.mp4 -
004 LRU cache implementation II_en.vtt -
001 What are Fenwick trees.mp4 -
001 What are Fenwick trees_en.vtt -
002 Fenwick trees introduction - tree structure.mp4 -
002 Fenwick trees introduction - tree structure_en.vtt -
003 Fenwick trees introduction - update.mp4 -
003 Fenwick trees introduction - update_en.vtt -
004 Fenwick trees implementation.mp4 -
004 Fenwick trees implementation_en.vtt -
001 Next steps.html -
001 Algorhyme Visualization App.mp4 -
001 Algorhyme Visualization App_en.vtt -
002 Algorhyme - Algorithms and Data Structures.html -
001 Course materials.html -
002 Download source code.html -
App.class -
AvlTree.class -
Node.class -
Tree.class -
classpath -
project -
org.eclipse.jdt.core.prefs -
App.java -
AvlTree.java -
Node.java -
Tree.java -
App.class -
AvlTree.class -
Node.class -
Tree.class -
classpath -
project -
org.eclipse.jdt.core.prefs -
App.java -
AvlTree.java -
Node.java -
Tree.java -
AVLTree.class -
App.class -
Node.class -
Tree.class -
classpath -
project -
org.eclipse.jdt.core.prefs -
AVLTree.java -
App.java -
Node.java -
Tree.java -
App.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
App.class -
BinarySearchTree.class -
Node.class -
Person.class -
Tree.class -
classpath -
project -
org.eclipse.jdt.core.prefs -
App.java -
BinarySearchTree.java -
Node.java -
Person.java -
Tree.java -
App.class -
BinarySearchTree.class -
Node.class -
Person.class -
Tree.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
BinarySearchTree.java -
Node.java -
Person.java -
Tree.java -
App.class -
CheckHeap.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
CheckHeap.java -
App.class -
App.class -
Person.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
App.java -
Person.java -
Algorithm.java -
App.java -
App.class -
DoublyLinkedList.class -
Node.class -
classpath -
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org.eclipse.jdt.core.prefs -
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DoublyLinkedList.java -
Node.java -
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Constants.class -
HashTable.class -
classpath -
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org.eclipse.jdt.core.prefs -
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HashTable.java -
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HashItem.class -
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classpath -
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org.eclipse.jdt.core.prefs -
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HashItem.java -
HashTable.java -
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HashItem.class -
HashTable.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
Constants.java -
HashItem.java -
HashTable.java -
App.java -
Heap.java -
App.class -
Constants.class -
Heap.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
Constants.java -
Heap.java -
App.class -
CheckHeap.class -
classpath -
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CheckHeap.java -
App.class -
BinarySearchTree.class -
Node.class -
Tree.class -
TreeCompareHelper.class -
classpath -
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org.eclipse.jdt.core.prefs -
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BinarySearchTree.java -
Node.java -
Tree.java -
TreeCompareHelper.java -
App.class -
BinarySearchTree.class -
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Person.class -
Tree.class -
classpath -
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org.eclipse.jdt.core.prefs -
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BinarySearchTree.java -
Node.java -
Person.java -
Tree.java -
App.class -
BinarySearchTree.class -
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Tree.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
BinarySearchTree.java -
Node.java -
Tree.java -
App.class -
MaxItemStack.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
MaxItemStack.java -
App.class -
HeapConverter.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
HeapConverter.java -
App.class -
LinkedList.class -
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classpath -
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RepeatedIntegersProblem.java -
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ReservoirSampling.java -
App.class -
ReverseArray.class -
classpath -
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App.class -
Stack.class -
classpath -
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org.eclipse.jdt.core.prefs -
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App.class -
LinkedList.class -
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classpath -
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org.eclipse.jdt.core.prefs -
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List.java -
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LinkedList.class -
List.class -
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Person.class -
classpath -
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org.eclipse.jdt.core.prefs -
App.java -
LinkedList.java -
List.java -
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Person.java -
App.java -
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Queue.java -
App.class -
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classpath -
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org.eclipse.jdt.core.prefs -
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classpath -
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org.eclipse.jdt.core.prefs -
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classpath -
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org.eclipse.jdt.core.prefs -
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Stack.java -
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Node.java -
TST.java -
avl.pptx -
bst.pptx -
btree.pptx -
datastruct.pptx -
hashtable.pptx -
heaps.pptx -
linkedlist.pptx -
App.java -
Constants.java -
DoublyLinkedList.java -
LRUCache.java -
Node.java -
rbvsavl.pptx -
redblacktree.pptx -
shaunting_yard.pptx -
splay.pptx -
stack_queue.pptx -
tst.pptx -
Bonus Resources.txt -
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Get Bonus Downloads Here.url -
182 bytes
001 Introduction.mp4 -
22.1 MB
001 Introduction_en.vtt -
2.8 KB
002 Complexity theory basics.html -
411 bytes
001 Why to use data structures.mp4 -
22.3 MB
001 Why to use data structures_en.vtt -
5.9 KB
002 Data structures and abstract data types.mp4 -
14.2 MB
002 Data structures and abstract data types_en.vtt -
4.3 KB
001 Installing Java and Eclipse on Windows.html -
1.6 KB
002 Installing Java and Eclipse on Mac.html -
729 bytes
001 What are array data structures.mp4 -
26.3 MB
001 What are array data structures_en.vtt -
9.2 KB
002 Arrays introduction - operations.mp4 -
25.6 MB
002 Arrays introduction - operations_en.vtt -
8.3 KB
003 Implementing arrays.mp4 -
25.7 MB
003 Implementing arrays_en.vtt -
7.3 KB
004 ArraysLists in Java.mp4 -
34.0 MB
004 ArraysLists in Java_en.vtt -
9.1 KB
001 Reversing an array in-place overview.html -
343 bytes
002 Reversing an array in-place solution.mp4 -
20.4 MB
002 Reversing an array in-place solution_en.vtt -
7.2 KB
003 Anagram problem overview.html -
396 bytes
004 Anagram problem solution.mp4 -
11.7 MB
004 Anagram problem solution_en.vtt -
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005 Palindrome problem overview.html -
293 bytes
006 Palindrome problem solution.mp4 -
10.0 MB
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007 Integer reversion problem overview.html -
304 bytes
008 Integer reversion problem solution.mp4 -
13.5 MB
008 Integer reversion problem solution_en.vtt -
10.0 KB
009 Dutch national flag problem overview.html -
306 bytes
010 Dutch national flag problem theory.mp4 -
10.4 MB
010 Dutch national flag problem theory_en.vtt -
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011 Dutch national flag problem solution.mp4 -
15.5 MB
011 Dutch national flag problem solution_en.vtt -
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012 Trapping rain water problem overview.html -
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013 Trapping rain water problem theory.mp4 -
23.3 MB
013 Trapping rain water problem theory_en.vtt -
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014 Trapping rain water problem solution.mp4 -
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38551216-DutchFlagProblem.java -
859 bytes
38564302-ReverseArrayProblem.java -
521 bytes
38565736-AnagramProblem.java -
569 bytes
38566650-PalindromeProblem.java -
362 bytes
38585542-TrappedRainProblem.java -
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001 What are linked lists.mp4 -
9.2 MB
001 What are linked lists_en.vtt -
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002 Linked list theory - operations.mp4 -
24.0 MB
002 Linked list theory - operations_en.vtt -
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003 Linked list implementation I.mp4 -
8.3 MB
003 Linked list implementation I_en.vtt -
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004 Linked list implementation II.mp4 -
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005 Linked list implementation III.mp4 -
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007 Comparing linked lists and arrays.mp4 -
10.6 MB
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008 Practical (real-world) applications of linked lists.mp4 -
20.5 MB
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001 What are doubly linked lists.mp4 -
21.1 MB
001 What are doubly linked lists_en.vtt -
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002 Doubly linked list implementation.mp4 -
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003 LinkedLists in Java.mp4 -
14.5 MB
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004 Running time comparison linked lists and arrays.mp4 -
7.3 MB
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001 Finding the middle node in a linked list overview.html -
168 bytes
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003 Reverse a linked list in-place overview.html -
273 bytes
004 Reverse a linked list in-place solution.mp4 -
23.0 MB
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38588974-LinkedList.java -
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001 What are stacks.mp4 -
7.6 MB
001 What are stacks_en.vtt -
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002 Stacks in memory management (stacks and heaps ).mp4 -
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003 Stack memory visualization.mp4 -
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004 Stack implementation with linked list.mp4 -
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006 Dijkstra's interpreter introduction.mp4 -
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009 Practical (real-world) applications of stacks.mp4 -
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001 What are queues.mp4 -
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001 Max in a stack problem overview.html -
295 bytes
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003 Stack with queue overview.html -
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001 Binary search trees theory - basics.mp4 -
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005 Binary search trees theory - running times.mp4 -
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006 Binary search trees implementation I - Node and Tree classes.mp4 -
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007 Binary search trees implementation II - insertion.mp4 -
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009 Stack memory visualization - finding max (min) items.mp4 -
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010 Stack memory visualization - tree traversal.mp4 -
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011 Binary search tree implementation IV - remove.mp4 -
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011 Binary search tree implementation IV - remove_en.vtt -
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012 Binary search tree implementation V - testing.mp4 -
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013 Practical (real-world) applications of trees.mp4 -
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001 Compare binary trees overview.html -
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002 Compare binary trees solution.mp4 -
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003 Compare binary trees minor update.html -
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004 k-th smallest element in a search tree overview.html -
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005 k-th smallest element in a search tree solution.mp4 -
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006 Family age problem overview.html -
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001 Motivation behind balanced binary search trees.mp4 -
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002 What are AVL trees.mp4 -
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003 AVL trees introduction - height.mp4 -
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006 AVL tree implementation I.mp4 -
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010 AVL tree implementation V.mp4 -
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011 Practical (real-world) applications of balanced binary search trees.mp4 -
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001 What are red-black trees.mp4 -
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005 Red-black tree implementation I.mp4 -
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010 Differences between red-black tree and AVL trees.mp4 -
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001 What are splay trees.mp4 -
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002 Splay tree introduction - example.mp4 -
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003 Splay tree implementation I.mp4 -
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001 What are priority queues.mp4 -
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011 Heaps in java.util.PriorityQueue.mp4 -
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001 Checking array heap representation overview.html -
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003 Converting max heap to min heap overview.html -
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001 What is external memory.mp4 -
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003 What are B-trees.mp4 -
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004 B-tree introduction - insertion.mp4 -
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001 What are associative arrays.mp4 -
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005 ----------- Chaining -----------.html -
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010 -------- Linear Probing --------.html -
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011 Linear probing summary_en.vtt -
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012 Linear probing implementation I - put.mp4 -
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013 Linear probing implementation II - get.mp4 -
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015 ------- Generic Linear Probing ---------.html -
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017 Generic linear probing implementation II - get.mp4 -
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018 Generic linear probing implementation III - put.mp4 -
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001 Sorting introduction.mp4 -
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001 What are Fenwick trees.mp4 -
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App.class -
769 bytes
CheckHeap.class -
509 bytes
classpath -
301 bytes
project -
385 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
273 bytes
CheckHeap.java -
874 bytes
App.class -
1.5 KB
BinarySearchTree.class -
5.0 KB
Node.class -
1.6 KB
Tree.class -
498 bytes
TreeCompareHelper.class -
1.3 KB
classpath -
301 bytes
project -
390 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
575 bytes
BinarySearchTree.java -
3.2 KB
Node.java -
681 bytes
Tree.java -
241 bytes
TreeCompareHelper.java -
771 bytes
App.class -
1.1 KB
BinarySearchTree.class -
5.3 KB
Node.class -
1.6 KB
Person.class -
1.5 KB
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401 bytes
classpath -
301 bytes
project -
386 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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552 bytes
BinarySearchTree.java -
4.2 KB
Node.java -
672 bytes
Person.java -
614 bytes
Tree.java -
231 bytes
App.class -
1.1 KB
BinarySearchTree.class -
5.4 KB
Node.class -
1.6 KB
Tree.class -
643 bytes
classpath -
301 bytes
project -
394 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
324 bytes
BinarySearchTree.java -
4.4 KB
Node.java -
673 bytes
Tree.java -
285 bytes
App.class -
751 bytes
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1.1 KB
classpath -
301 bytes
project -
388 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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354 bytes
MaxItemStack.java -
1.1 KB
App.class -
1.1 KB
HeapConverter.class -
1.0 KB
classpath -
301 bytes
project -
388 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
342 bytes
HeapConverter.java -
1.5 KB
App.class -
1.1 KB
LinkedList.class -
3.4 KB
List.class -
445 bytes
Node.class -
1.4 KB
classpath -
301 bytes
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396 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
472 bytes
LinkedList.java -
2.5 KB
List.java -
251 bytes
Node.java -
593 bytes
App.class -
803 bytes
OneStackQueue.class -
1015 bytes
Queue.class -
1.1 KB
classpath -
301 bytes
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391 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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827 bytes
OneStackQueue.java -
1.1 KB
Queue.java -
948 bytes
App.class -
661 bytes
RepeatedIntegersProblem.class -
1005 bytes
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301 bytes
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org.eclipse.jdt.core.prefs -
598 bytes
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276 bytes
RepeatedIntegersProblem.java -
517 bytes
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761 bytes
ReservoirSampling.class -
1.2 KB
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301 bytes
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393 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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315 bytes
ReservoirSampling.java -
916 bytes
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1.1 KB
ReverseArray.class -
738 bytes
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301 bytes
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395 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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361 bytes
ReverseArray.java -
797 bytes
App.class -
1.0 KB
LinkedList.class -
3.3 KB
List.class -
346 bytes
Node.class -
1.4 KB
classpath -
301 bytes
project -
393 bytes
org.eclipse.jdt.core.prefs -
598 bytes
App.java -
399 bytes
LinkedList.java -
2.5 KB
List.java -
242 bytes
Node.java -
593 bytes
App.class -
1.2 KB
Person.class -
1.5 KB
classpath -
295 bytes
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org.eclipse.jdt.core.prefs -
634 bytes
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Person.java -
644 bytes
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966 bytes
Task.class -
735 bytes
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org.eclipse.jdt.core.prefs -
634 bytes
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649 bytes
Task.java -
205 bytes
App.class -
1.0 KB
Stack.class -
1.6 KB
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295 bytes
project -
368 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
309 bytes
Stack.java -
1.5 KB
App.class -
911 bytes
LinkedList.class -
3.2 KB
List.class -
314 bytes
Node.class -
1.4 KB
classpath -
301 bytes
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384 bytes
org.eclipse.jdt.core.prefs -
598 bytes
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424 bytes
LinkedList.java -
2.1 KB
List.java -
195 bytes
Node.java -
594 bytes
App.class -
969 bytes
LinkedList.class -
2.9 KB
List.class -
307 bytes
Node.class -
1.5 KB
Person.class -
2.1 KB
classpath -
295 bytes
project -
369 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
352 bytes
LinkedList.java -
2.0 KB
List.java -
168 bytes
Node.java -
575 bytes
Person.java -
665 bytes
App.java -
330 bytes
Node.java -
489 bytes
Queue.java -
825 bytes
App.class -
669 bytes
Node.class -
1.7 KB
NodeColor.class -
1.1 KB
RedBlackTree.class -
3.6 KB
Tree.class -
267 bytes
App.class -
926 bytes
Node.class -
2.5 KB
NodeColor.class -
1.0 KB
RedBlackTree.class -
4.9 KB
Tree.class -
261 bytes
classpath -
295 bytes
project -
371 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
414 bytes
Node.java -
989 bytes
NodeColor.java -
87 bytes
RedBlackTree.java -
4.7 KB
Tree.java -
230 bytes
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335 bytes
Node.java -
1.0 KB
NodeColor.java -
75 bytes
RedBlackTree.java -
6.8 KB
Tree.java -
119 bytes
App.class -
1.5 KB
classpath -
295 bytes
project -
385 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
636 bytes
App.java -
373 bytes
Node.java -
851 bytes
SplayTree.java -
4.7 KB
Tree.java -
212 bytes
App.class -
1.1 KB
Node.class -
2.1 KB
SplayTree.class -
4.8 KB
Tree.class -
393 bytes
classpath -
295 bytes
project -
368 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
416 bytes
Node.java -
851 bytes
SplayTree.java -
5.3 KB
Tree.java -
164 bytes
App.java -
343 bytes
Stack.java -
905 bytes
App.class -
989 bytes
classpath -
295 bytes
project -
370 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
683 bytes
App.java -
384 bytes
Node.java -
500 bytes
Stack.java -
696 bytes
App.class -
1004 bytes
Node.class -
1.4 KB
Stack.class -
1.5 KB
classpath -
295 bytes
project -
375 bytes
org.eclipse.jdt.core.prefs -
634 bytes
App.java -
290 bytes
Node.java -
519 bytes
Stack.java -
809 bytes
App.java -
215 bytes
Node.java -
910 bytes
TST.java -
1.3 KB
avl.pptx -
1010.6 KB
bst.pptx -
917.5 KB
btree.pptx -
1.1 MB
datastruct.pptx -
696.6 KB
hashtable.pptx -
758.1 KB
heaps.pptx -
847.8 KB
linkedlist.pptx -
834.4 KB
App.java -
557 bytes
Constants.java -
140 bytes
DoublyLinkedList.java -
430 bytes
LRUCache.java -
3.7 KB
Node.java -
845 bytes
rbvsavl.pptx -
689.3 KB
redblacktree.pptx -
922.8 KB
shaunting_yard.pptx -
690.0 KB
splay.pptx -
760.6 KB
stack_queue.pptx -
770.2 KB
tst.pptx -
1.2 MB
Bonus Resources.txt -
386 bytes
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