CLOUD COMPUTING LAB - 23CS3651

• Academic Calendar
• Syllabus
• Lesson Plan
• Programs
• Experiment - 3 & 4 ( Create VM in Virtualbox & install ubuntu )
• Experiment - 6 ( Google App Engine)
• Experiment - 7 (Docker Engine in Windows by using Docker Desktop)
• Youtube Video Link 
• Experiment - 8 (Transferring files between VMs in VirtualBox and Docker Containers)
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• Experiment-9: Launching VM in OpenStack MicroStack 
• Experiment - 10: Open Faas - Serverless Computing - Function Invocation

Cloud Computing

•  Academic Calendar
• List of Holidays
• Syllabus
• Micro Syllabus
• Lesson Plan
• Question Papers
• Descriptive QP ( mid - I )
• Objective QP ( mid - II )
• Assignment Questions
• Assignment - I (Click here to submit)
• Textbook for reference 
• Mastering Cloud Computing, 2nd edition, Rajkumar Buyya, Christian Vecchiola, Thamarai Selvi, Shivananda Poojara, Satish N. Srirama, Mc Graw Hill, 2024.
• Marks
• Mid - I (Descriptive)
• Mid - I (Objective)
• Mid - I(Assignment)

• Lecture Notes

• Unit - I (Link to Chapter - I in Reference Textbook )
• PPT for unit - I
• Utility computing
• SAAS
• TYPES OF CLOUDS
• Computing Platforms & Technologies
• Unit - II (Cloud enabling Technologies)
• Eras of Computing, Parallel Vs Distributed Computing
• Elements of Parallel Computing
• Elements of Distributed Computing
• General Concepts and definitions, Components of a Distributed System
• Architectural Styles for Distributed Computing
• Inter-Process Communication (IPC)
• Technologies for Distributed Computing
• RPC
• Distributed Object Framework
• SOA & Web Services
• Unit - III
• Virtualization
• Concept and characteristics of Virtualized environments
• Taxonomy of Virtualization Techniques
• Execution virtualization, Machine reference model, Hardware-level virtualization, Programming language-level virtualization
• Application Level Virtualization
• Storage, Network, Desktop and Application Server Virtualization
• Virtualization and Cloud Computing
• Pros and Cons of Virtulaization
• Technology Examples
• Containerization
• Introduction, Building blocks of Containers, Docker & LXC
• Container Orchestration (Docker Swarm & Kubernetes) - by Dr U Sirisha
• Public Cloud VM and Container Offerings - by Dr U Sirisha
• Unit - IV
• Unit - V

Computational Thinking

• Academic Calendar
• Syllabus
• Micro Syllabus
• Student List
• Lesson Plan
• Attendance
• Lecture Notes
• Unit - I
• What is Computational Thinking
• Flow Chart and Algorithm
• Exchanging the values of two variables
• Counting
• Factorial Computation
• Generation of Fibonacci Sequence
• Reversing the Digits of an Integer
• Unit - II
• Finding the square root of a number
• The smallest divisor of an Integer
• The greatest common divisor of two Integer
• Computing the Prime Factors of an Integer
• Generation of Pseudo-Random Numbers
• QUESTION PAPERS
• MID - I  - DESCRIPTIVE
• MID - I - OBJECTIVE
• ASSIGNMENT - I
• Marks
• MARKS - MID - I
• Unit - III
• Array order reversal
• Array counting or Histogramming

Java Programming SOC (23S08553)_ECE_III I_2025-26_PVPSIT

•  Academic Calendar
• Roll List
• Syllabus
• List of Programs
• Sample Viva Questions
• Day-to-Day and Record Evaluation Marks
• Attendance

MOBILE APP DEVELOPMENT - 20SA8651 - III - II - 2024-25 - CSE - PVPSIT

Syllabus
Academic Calendar
Training Schedule
Time Table
III - II - S1	III - II - S3
Lesson Plan
III-II - S1	III-II - S3
Project Titles
III-II - S1	III-II - S3
Flipped Class Report(Presented By: Pavan Kumar Chennupati, Vignesh Varanasi, Yarlagadda Eswar Aditya, Shaik Fakruddin)

2025 batch CO PO

Java Programming(III-I ECE PVPSIT)

Syllabus

Academic Calendar

 Time Tables

• ECE III-I S1
• ECE III-I S2

Lesson Plan (ECE III-I)

Faculty List for Observation & Record Correction

List of Programs

Record - Sample copy1 - Sample copy 2

Notes

• String Class and StringBuffer Class

MAD - MOBILE APP DEVELOPMENT - 20SA8651 - III II - CSE - PVPSIT

• Time Table - S2

• Time Table - S3

•  Academic Calendar
• Syllabus
• Lesson plan - III - II - S2
• Lesson plan - III - II - S3