LECTURE VIDEOS HOSTED IN YOUTUBE
Design and Analysis of Algorithms
2.Analysis of Algorithm, Time Complexity and Space Complexity, Recursive Algorithm
3.Time Complexity and Space Complexity Examples, Asymptotic Notations
5.Typical Complexities of an algorithm
7.Divide and Conquer-General Method, Binary Search Algorithm
8.DAC-Binary Search Problem Example1-2
9.DAC-Binary Search Problem Example-3-4
14.Greedy Method-Introduction to General Method17.Job Sequencing with Deadlines Problems-Greedy Method
22.Dijkstra’s Algorithm- Eg-1 Single Source Shortest Path
23.Dijkstra’s Algorithm- Eg-2 Single Source Shortest Path
24.Dynamic Programming Introduction
25.All Pairs Shortest Path Algorithm-Dynamic Programming Example-1
26.All Pairs Shortest Path Algorithm-Dynamic Programming Example-2
27.Single Source Shortest Path Problem,Bellman Ford Algorithm-Dynamic Programming Example-1
28.Single Source Shortest Path Problem,Bellman Ford Algorithm-Dynamic Programming (Drawback)
29.0/1 Knapsack Problem Introduction-Dynamic Programming
30. 0/1 Knapsack Problem using Dynamic Programming
31.Reliability Design Problem-Dynamic Programming
32. 4 Queens Problem Using Backtracking
33. 8 Queens Problem Using Backtracking
34. Graph Coloring Problem Using Backtracking
35.Hamiltonian Cycle Problem Using Backtracking
36.Sum of Subset Problem Using Backtracking
37. Branch and Bound-General Method
38.FIFO,LIFO and Least Cost Searching Techniques Using Branch and Bound
39. 15-Puzzle Problem Using Branch and Bound
40.0/1 Knapsack Problem Using Least Cost Search Branch and Bound
IV B.TECH CSE A&B ACADEMIC YEAR:
2020-21, SEMESTER-1 CLOUD COMPUTING [ELECTIVE -2] RECORDED VIDEOS HOSTED IN TO YOUTUBE | ||||
Name
of the Faculty: Dr K.Venkata Subba Reddy, Professor | ||||
S.No | Unit Number | Topics To Be
Covered | Scheduled Date
and Time in Google Class Room | YouTube Video Access
Link |
1 | UNIT-1 | Cloud
Computing Basics-1 | 17/08/2020 12:00PM TO 1:00PM | https://www.youtube.com/watch?v=erm57CzU1Kg&feature=youtu.be |
2 | UNIT-1 | Cloud
Computing Basics-2 | 18/08/2020 11:00 AM TO 12:00PM |
|
3 | UNIT-1 | Scalable
Computing Over the Internet | 19/08/2020 2:00PM TO3:00PM |
|
4 | UNIT-1 | Technologies
for Network based Systems | 20/08/2020 3:00PM TO 4:00PM
|
|
5 | UNIT-1 | System
Models for Distributed and Cloud Computing | 21/08/2020 11:00AM TO 12:00PM |
|
6 | UNIT-1 | Software
Environment for Distributed Systems and Clouds | 24/08/2020 12:00PM TO 1:00PM |
|
7 | UNIT-1 | Performance,
Security and Energy Efficiency | 25/08/2020 11:00 AM TO 12:00PM |
|
8 | UNIT-2 | Implementation
Levels of Virtualization | 26/08/2020 2:00PM TO3:00PM |
|
9 | UNIT-2 | OS Level Virtualization Middleware Support For Virtualization | 27/08/2020 3:00PM TO 4:00PM
|
|
10 | UNIT-2 | Virtualization Structures/Tools and Mechanisms | 28/08/2020 11:00AM TO 12:00PM |
|
11 | UNIT-2 | Virtualization of CPU, Memory, and I/O Devices | 31/08/2020 12:00PM TO 1:00PM |
|
12 | UNIT-2 | Virtual Clusters and Resource Management | 01/09/2020 11:00AM TO 12:00PM |
|
13 | UNIT-2 | Virtualization for Data-Center Automation | 02/09/2020 2:00PM TO 3:00PM
|
|
14 | UNIT-3 | Cloud Computing and Service Models | 04/09/2020 11:00AM to 12:00PM |
|
15 | UNIT-3 | Cloud Eco Systems and Enabling Technologies | 07/09/2020 12:00PM TO 1:00PM
|
|
16 | UNIT-3 | Architectural Design of Compute and Storage Clouds | 08/09/2020 11:00AM TO 12:00PM | |
17 | UNIT-3 | Public Cloud Flat forms: AWS, GAE,Assure | 09/09/2020 2:00PM TO 3:00PM | |