Coursera - Accelerated Computer Science Fundamentals Specialization by University .

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Coursera - Accelerated Computer Science Fundamentals Specialization by University of Illinois at Urbana-Champaign
Video: .mp4 (1280x720) | Audio: AAC, 44100 kHz, 2ch | Size: 1.83 Gb | Materials: PDF
Genre: eLearning Video | Duration: 9h 6m | Language: English​

Data Structures and Algorithms in C++. Learn fundamentals of computer science while implementing efficient data structures in C++.

Object-Oriented Data Structures in C++
This course teaches learners how to write a program in the C++ language, including how to set up a development environment for writing and debugging C++ code and how to implement data structures as C++ classes. It is the first course in the Accelerated CS Fundamentals specialization, and subsequent courses in this specialization will be using C++ as the language for implementing the data structures covered in class.

Ordered Data Structures
In this course, you will learn new data structures for efficiently storing and retrieving data that is structured in an ordered sequence. Such data includes an alphabetical list of names, a family tree, a calendar of events or an inventory organized by part numbers. The specific data structures covered by this course include arrays, linked lists, queues, stacks, trees, binary trees, AVL trees, B-trees and heaps. This course also shows, through algorithm complexity analysis, how these structures enable the fastest algorithms to search and sort data.

Unordered Data Structures
The Unordered Data Structures course covers the data structures and algorithms needed to implement hash tables, disjoint sets and graphs. These fundamental data structures are useful for unordered data. For example, a hash table provides immediate access to data indexed by an arbitrary key value, that could be a number (such as a memory address for cached memory), a URL (such as for a web cache) or a dictionary. Graphs are used to represent relationships between items, and this course covers several different data structures for representing graphs and several different algorithms for traversing graphs, including finding the shortest route from one node to another node. These graph algorithms will also depend on another concept called disjoint sets, so this course will also cover its data structure and associated algorithms.

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667.11 MB | 22min 55s | mkv | 1280X720 | 16:9
Genre:eLearning |Language:English​

Files Included :

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FileName :1 Introduction to Object Oriented Data Structures in C.mkv | Size: (4.73 MB)
FileName :2 Week 1 Overview.mkv | Size: (1.91 MB)
FileName :01 C Introduction.mkv | Size: (4.21 MB)
FileName :09 Classes.mkv | Size: (6.87 MB)
FileName :10 Standard Library Std.mkv | Size: (7.42 MB)
FileName :2 Week 2 Introduction.mkv | Size: (1.52 MB)
FileName :1 Stack Memory and Pointers.mkv | Size: (19.68 MB)
FileName :2 Heap Memory.mkv | Size: (12.08 MB)
FileName :3 Heap Memory Puzzles.mkv | Size: (10.23 MB)
FileName :2 Week 3 Introduction.mkv | Size: (1.43 MB)
FileName :1 Class Constructors.mkv | Size: (9.63 MB)
FileName :2 Copy Constructors.mkv | Size: (8 MB)
FileName :3 Copy Assignment Operator.mkv | Size: (5.02 MB)
FileName :4 Variable Storage.mkv | Size: (17.07 MB)
FileName :5 Class Destructor.mkv | Size: (7.37 MB)
FileName :2 Week 4 Introduction.mkv | Size: (1.79 MB)
FileName :1 Template Types.mkv | Size: (4.48 MB)
FileName :2 Tower of Hanoi Introduction.mkv | Size: (6.26 MB)
FileName :3 Tower of Hanoi Solution 1.mkv | Size: (5.09 MB)
FileName :4 Tower of Hanoi Solution 2.mkv | Size: (9.02 MB)
FileName :5 Templates and Classes.mkv | Size: (3.74 MB)
FileName :6 Inheritance.mkv | Size: (4.17 MB)
FileName :1 Arrays.mkv | Size: (12.28 MB)
FileName :2 Linked Memory.mkv | Size: (9.78 MB)
FileName :3 Run Time Analysis.mkv | Size: (10.75 MB)
FileName :4 Array and List Operations.mkv | Size: (8.68 MB)
FileName :5 Queue Data Structure.mkv | Size: (7.3 MB)
FileName :6 Stack Data Structure.mkv | Size: (6.65 MB)
FileName :1 Tree Terminology.mkv | Size: (6.64 MB)
FileName :2 Binary Trees.mkv | Size: (7.24 MB)
FileName :3 Tree Traversals.mkv | Size: (9.78 MB)
FileName :4 Binary Search Trees.mkv | Size: (9.82 MB)
FileName :5 Bst Analysis.mkv | Size: (4.74 MB)
FileName :1 Balanced BST.mkv | Size: (5.35 MB)
FileName :2 AVL Analysis.mkv | Size: (5.15 MB)
FileName :1 b-Tree Introduction.mkv | Size: (4.66 MB)
FileName :2 b-Tree Insert.mkv | Size: (7.98 MB)
FileName :3 b-Tree Search.mkv | Size: (4.45 MB)
FileName :1 Heap Introduction.mkv | Size: (15.4 MB)
FileName :2 Heap Insert.mkv | Size: (8.76 MB)
FileName :3 Heap Removemin.mkv | Size: (7.04 MB)
FileName :4 Heap Buildheap.mkv | Size: (9.49 MB)
FileName :5 Heap Runtime Analysis.mkv | Size: (6.94 MB)
FileName :1 Hashing Introduction.mkv | Size: (5.59 MB)
FileName :2 Hashing Hash Function.mkv | Size: (17.67 MB)
FileName :3 Hashing Hash Function Examples.mkv | Size: (9.18 MB)
FileName :4 Collision Handling i Separate Chaining.mkv | Size: (7.1 MB)
FileName :5 Collision Handling ii Probing and Double Hashing.mkv | Size: (15.51 MB)
FileName :6 Hashing Analysis.mkv | Size: (8.41 MB)
FileName :7 Hash Tables in C.mkv | Size: (3.85 MB)
FileName :1 Disjoint Sets Introduction.mkv | Size: (7.29 MB)
FileName :3 Disjoint Sets Naive Implementation.mkv | Size: (6.35 MB)
FileName :4 Disjoint Sets Uptrees a Better Implementation.mkv | Size: (8.65 MB)
FileName :5 Uptrees Simple Running Time.mkv | Size: (5.86 MB)
FileName :6 Uptrees Smart Union Path Compression i.mkv | Size: (11.53 MB)
FileName :7 Uptrees Smart Union Path Compression ii.mkv | Size: (7.55 MB)
FileName :1 Graphs Introduction.mkv | Size: (8.9 MB)
FileName :2 Graphs Vocabulary.mkv | Size: (11.44 MB)
FileName :3 Graphs Edge List Implementation.mkv | Size: (5.78 MB)
FileName :4 Graphs Adjacency Matrix Implementation.mkv | Size: (7.4 MB)
FileName :5 Graphs Adjacency List Implementation.mkv | Size: (9.57 MB)
FileName :1 Graphs Bfs Traversal.mkv | Size: (9.69 MB)
FileName :2 Graphs Bfs Analysis.mkv | Size: (15.13 MB)
FileName :3 Graphs Dfs Traversal.mkv | Size: (11.47 MB)
FileName :1 Minimum Spanning Trees Mst Introduction.mkv | Size: (4.59 MB)
FileName :2 Mst Kruskals Algorithm i.mkv | Size: (8.57 MB)
FileName :3 Mst Kruskals Algorithm ii.mkv | Size: (6.84 MB)
FileName :4 Mst Prims Algorithm.mkv | Size: (13.63 MB)
FileName :1 Graphs Dijkstras Algorithm.mkv | Size: (7.61 MB)
FileName :2 Graphs Dijkstras Edge Cases.mkv | Size: (9.19 MB)
FileName :3 Graphs Dijkstras Running Time.mkv | Size: (3.13 MB)
FileName :4 Graphs Landmark Path Problem.mkv | Size: (9.56 MB)

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