CLOUD COMPUTING - P25CA310

 

Core X: CLOUD COMPUTING

SEMESTER: III                                                   CODE:P25CA310

CREDITS: 4                                                                                                 HOURS/WEEK: 4

2 A. Syllabus

UNIT – I                                                                                                              12 Hours

Understanding Cloud Computing(SDG 4): Origins and Influences - Basic Concepts and

Terminology - Goals and Benefits - Risks and Challenges.

Fundamental Concepts and Models(SDG 9): Roles and Boundaries - Cloud

Characteristics -Cloud Delivery Models - Cloud Deployment Models. 

UNIT – II                                                                   12 Hours

Cloud -Enabling Technology: 

    Networks and Internet Architecture 

    Cloud Data Center Technology 

    Modern Virtualization 

    Multitenant Technology

    Service Technology and Service APIs.

Understanding Cloud Security and Cybersecurity: 

    Basic Security Terminology

    Basic Threat Terminology

    Threat Agents 

    Common Threats 

    Additional Considerations.

UNIT – III                                                                                                    12 Hours

Cloud Infrastructure Mechanisms(SDG 8): - Logical Network Perimeter- Virtual

Server -Hypervisor-Cloud Storage Device-Cloud Usage Monitor-Resource

Replication -Ready-Made Environment-Container Specialized Cloud Mechanisms: Automated Scaling Listener- Load Balancer-SLA Monitor-Pay-Per-Use Monitor-Audit Monitor-Failover

System-Resource Cluster-Multi-Device Broker-State Management Database

P25CA207 - DATA STRUCTURES AND ALGORITHMS

Core VII: DATA STRUCTURES AND ALGORITHMS

SEMESTER: II                                        CODE: P24CA207

CREDITS: 4                               HOURS/WEEK: 4

                                Syllabus

UNIT I - Introduction to Data Structures         

• Introduction and Overview: Definitions – Concept of Data Structures – Overview of Data Structures – Implementation of Data Structures.
• Linked Lists: Definition – Single Linked List – Circular Linked List – Double Linked List – Circular Double Linked List – Application of Linked Lists.
• Stacks: Introduction – Definition – Representation of Stack – Operations on Stacks – Application of Stacks.
• Queues: Introduction – Definition – Representation of Queues – Various Queue Structures– Application of Queues.

UNIT II - Tree and Binary Tree

• Trees: Basic Terminologies
• Binary Tree: Representation of Binary Tree – Operations on Binary Tree.
• Types of Binary Trees: Expression Tree – Binary Search Tree – Heap Tree – Threaded Binary Tree – Height Balanced Tree.

UNIT - III - Graphs and Algorithm Analysis

• Graphs: Introduction – Graph Terminologies – Representation of Graphs – Operations on Graphs.
• Applications of Graph Structures: Shortest Path Problem – Topological Sorting – Minimum Spanning Tree.
• Algorithm: Introduction – Algorithm Specification - Performance Analysis.

UNIT IV - Divide and Conquer and Greedy Method

• Divide and Conquer: General Method – Binary Search – Finding the Maximum and Minimum – Merge Sort – Quick Sort.
• Greedy Method: General Method – Knapsack Problem – Job Sequencing with Deadlock – Minimum Cost Spanning Trees: Kruskal’s Algorithm – Prim’s Algorithm.

UNIT V - Dynamic Programming and Backtracking

• Dynamic Programming: General Method – All Pairs Shortest Paths – 0/1 Knapsack Problem – The Traveling Salesperson Problem.
• Backtracking: The General Method – The 8-Queen’s Problem – Graph Coloring – Hamiltonian Cycles.
  

P24CA3P5 - Core Practical V: SMART DEVICES PROGRAMMING LAB

 Core Practical V: SMART DEVICES PROGRAMMING LAB

SEMESTER: III                             CODE: P24CA3P5

CREDITS: 2                                     HOURS/WEEK: 4

1. Create a Hello World Application.
2. Demonstrate the Life Cycle of an activity.
3. Apply the following Layouts:
1. a) Linear Layout
2. b) Relative Layout
3. c) Table Layout
4. Create multiple activities with an application.
5. Demonstrate the use of Scroll view and List view.
6. Develop applications with Menus.
7. Create activity with Portrait and Landscape mode.
8. Make SMS and Phone call services.
9. Perform read, write and delete operations on SQLite Database.
10. Create an application with login and homepage.
11. Apply Geo-Location based Service in an application.
12. Real-time applications:
1. (a) College Portal
2. (b) Online Quiz.
13. Develop an application with QR Code.
14. Perform CRUD operations with Firebase Database
15. Build an interactive flutter app with VS code

P24CA308 Core VIII: SMART DEVICES PROGRAMMING

 SEMESTER :  III                                                           HOURS/WEEK   : 4

CODE :  P24CA308                                                         CREDITS    : 3

 

Core VIII: SMART DEVICES PROGRAMMING

 

Dr. A. Florence Deepa

Associate Professor, Department of Computer Applications,

Bishop Heber College, Trichy

Syllabus: Syllabus

• UNIT 1: Android Programming - Introduction
• PPT
  

• UNIT 2: Layouts
• PPT
  

• UNIT 3: JAVA Basics and Android
• PPT
• UNIT IV - Animations and Interpolations

• UNIT V – SQLite Database and Flutter 

• 60 - Data Persistence and Sharing
• 48 - Localization

49	Firebase Database
60	Data Persistence
58	Spinner Widget
35	Drawing Graphics
30
12	Handling Screen Touches
48	Localization

• UNIT IV - Animations and Interpolations 

REG #	TOPIC TITLE
27	Fragment Lifecycle
29	Supporting different versions of android
32	Animations in Android
13	Designing cool animations in XML
42	Instantiating animations and controlling them with Java code
52	More animation features
56	Introducing SeekBar
38	Animation demo app
16	Getting started drawing with Bitmap, Canvas, and ImageView
19	Using the Canvas class
23	Canvas demo app
28	The Android coordinate system
22	Creating & Manipulating bitmaps
59	The Matrix class
20	Bitmap manipulation demo app
4	Creating the Live Drawing project
33	Implementing the game loop with a thread
45	Particle Systems
6	Spawning particle systems in the LiveDrawingView class
53	Handling touches
36	The Android Studio Profiler tool
54	The SoundPool class
47	Sound demo app introducing the Spinner widget

• UNIT V – SQLite Database and Flutter 

REG #	TOPIC TITLE
55	Introducing the model-view-controller pattern
37	Device detection mini-app
18	Configuration qualifiers
2	Fragments Life Cycle
8	Managing Fragments with FragmentManager
21	Building an image gallery
9	Coding the PagerAdapter class
10	Coding the MainActivity class
31	Introducing NavigationView
46	Examining the Simple Database app - Create Insert
11	Examining the Simple Database app - Update Delete
3	Exploring the autogenerated code and assets
50	Using the Fragment classes and their layouts
40	Make SMS and Phone call services.

51	Android SQLite API - Introduction
34	SQLiteOpenHelper and SQLiteDatabase
39	Building and executing queries
43	Database cursors
24	Coding the database class
14	Coding the Fragment classes to use the DataManager class
17	Running the Age Database app
41	Flutter – Introduction
57	Flutter – Installation
5	Flutter – Creating Simple Application in Android Studio.
15	Firebase Database - Introduction
7	Firebase Database - Installation
44	Perform CRUD operations with Firebase Database -  Update Delete & Display
25	Perform CRUD operations with Firebase Database - Create Insert & Display
1	Create an application with login and homepage.

DATA STRUCTURES AND ALGORITHMS

 SEMESTER :  II                             HOURS/WEEK   : 4
CODE :  P24CA207                                  CREDITS    : 4
 
Core VII: DATA STRUCTURES AND ALGORITHMS