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1. Fundamentals
2. Data Structure
3-Elementary Data Structure
1-Building Blocks
2-Arrays
3-Linked Lists
4-Elementary List Processing
5-Memory Allocation for Lists
6-Strings
7-Compound Data Structures
4-Abstract Data Structures
0-Introduction
1-Abstract Objects & Collections of Objects
2-Pushdown Stack ADT
3-Examples of Stack-ADT Clients
4-Stack ADT Implementation
5-Creation of New ADT
6-FIFO Queues and Generalized Queue
7-Duplicates and Index Items
8-First Class ADTs
9-Application Based ADTs
10-Perspective
5-Recursion and Trees
1-Recursive Algorithms
2-Divide and Conquer
3-Dynamic Programming
4-Trees
5-Properties of trees
6-Tree Traversal
7-Recursive Binary TreeAlgo
8-Graph Traversal
3. Sorting
6-Elementary Sorting Methods
1-Rules of the Game
2-Selection_sort
3-Insertion_sort
4-Bubble_sort
5-Performance Characteristics of Elementary sorts
6-Shell_sort
7-Sorting of Other type of data
8-Index and Pointer Sorting
9-Sorting of Linked Lists
7-Quicksort
0-Introduction
1-The Basic Algorithm
2-Performance Characterstics of Quicksort
3-Stack Size
4-Small Subfiles
5-Median of three partitioning
6-Duplicate Keys
7-Strings and Vectors
8-Selection
8-Merging and Mergesort
0-Introduction
1-Two Way Merging
2-Abstract In-place merge
3-Top Down mergesort
4-Improvements to basic algorithm
5-Bottom up mergesort
6-Performance characteristics of mergesort
7-Linked list implementations of mergesort
8-Recursion Revisited
9-Priority Queues and Heapsort
0-Introduction
1-Elementary Implementations
2-Heap Data Structure
3-Algorithms on heap
4-Heapsort
5-Priority Queue ADT
6-Priority Queues for Index Items
7-Binomial Queues
10-Radix Sorting
0-Introduction
1-Bits Bytes and Words
2-Binary Quicksort
3-MSD Radix Sort
4-Three way radix quicksort
5-LSD Radix sort
6-Performance Chracterstics of Radix Sorts
7-Sublinear Time Sort
11-Special Purpose Sorting Methods
0-Introduction
1-Batcher's OddEven
2-Sorting Networks
3-External Sorting
4-SortMerge Implementation
5-Parallel SortMerge
4. Searching
12-Symbol Tables and Binary Search
1-Symbol Table Abstract Data Type
2-Key Indexed Search
3-Sequential Search
4-Binary search
5-Binary search trees(BSTs)
6-Performance Characteristics of BSTs
7-Index implementations with Symbol Tables
8-Insertion at root in BSTs
9-BST Implementations of Other ADT functions
13-Balanced Trees
1_Randomized BSTs
2_Splay BSTs
3-Top-Down 2-3-4 Tress
4 Red Black Trees
5 Skip Lists
6 Performance Chracteristics
14-Hashing
1-Hashing Functions
2 Separate Chaining
3-Linear Probing
4-Double Hashing
5-Dynamic Hash Tables
6-Perspective
15-Radix Search
1-Digital Search trees
2-Tries
3-Patricia_Tries
4-Multiway Tries and TSTs
5-TextStrings and Index algorithms
16-External Sorting
1 Rules of Game
2 Indexed Sequential Access
3 B Trees
4 Extendible Hashing
5-Perspective
5. Graph Algorithms
17-Graph Properties and Types
1-Glossary
2 Graph ADT
3 Adjacency matrix
4-Adjacency Lists Representation
5-Variation Extensions Costs
6 Graph Generators
7-Simple Euler and Hamilton Paths
8-Graph Processing Problems
18-Graph Search
1-Exploring a Maze
2-Depth first search
3-Graph Search ADT
4 Properties of DFS Forests
5-DFS Algorithms
6-Separability and Biconnectivity
7-Breadth First Search
8-Generalized Graph Search
9-Analysis Graph Algorithms
19-Digraphs and DAGs
1-Glossary and Rules of Game
2-Anatomy of DFS in Digraphs
3-Reachability and Transitive Closure
4-Equivalence Relations and Partial Orders
5-DAGs
6 Topological Sorting
7-Reachability in DAGs
8-Strong Components in Digraphs
9-Transitive Closure Revisited
10-Perspective
20-MSTs
1-Representations
2-Underlying Principles of MST algo
3-Prims algo and priority first search
4-Kruskal's Algorithm
5-Boruvkas Algorithm
6-Comparisons and Improvemetns
7-Euclidean MST
21-Shortest Paths
0-introduction
1-Underlying principles
2-Dijkstras Algorithm
3-All pair Shortest Paths
4-shortest path in acyclic networks
5-euclidean networks
6-reduction
7-negative weights
8-perspective
22-Network Flows
0-introduction
1-flow networks
2 augmeting path maxflow algorithms
3-preflow push maxflow algorithms
4-maxflow reductions
5-mincost flows
6-network simplex algorithm
7-mincost flow reductions
8-perspective
6. Strings
0-Introduction
1-String Sorts
2-Tries
3-Substring Search
4-Regular Expression
5-Data Compression
Problems : Basics 1
Predicate Framework of Binary Search
Binary Search continued ....
Recursion 1
Recursion 2
Recursion 3
2 Pointers
Ad Hoc
Problems : Basics 2
Sorting
Linked Lists
Stacks
Queues
Linked Lists
Binary Search Tree
BST Review
Trees-1
Trees-2
Problems : Basics 3
Sorting
Heaps
Tries
Bit Manipulation
Strings 1
Strings from cp-algorithms
Problems : DP
DP 1
DP 2
DP 3
DP 4
DP 5
Problems : Graphs
Graphs 1
Graphs 2
Graphs 3
Graphs 4
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Getting More Help
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Installing
Start Me up! The Boot Process
Read this before you break something
Kernel Games
Configuring Networking
The Network
CP3 Book
Introduction
Data Structures and Libraries
Problem Solving Paradigm
Data Structure Library
Graphs
Traversal
MST
Single-Source Shortest Paths
Network Flow
Special Graph
Dijkstra
Trees
Disjoint Set Union
Fenwick Tree
Sqrt Decomposition
Segment Trees
Graphs
Synopsis
InterviewBit
Bit Manipulation
Nettech_2022
Day1
STL
Unix Setup
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ssh
user
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Windows
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6. Strings
> 5-Data Compression
5-Data Compression