Koppal University
BCA 6 SEM SEP (60+40)
PHP & My SQL -- NEP
Syllabus
First Assignment Click Here
BCA 4 SEM SEP 2025-2026
Koppal University 2025-2026
BCA 4 SEM SEP
Computer Graphics
Notes:
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Computer Graphics with OpenGL Final LAB Record
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Python Lab Mannual SEP 2025-26 Click Here
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Operating System: OS lab Docx, OS index
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Data Analytics Using Python Sec-1(A) :NOTES Click Here
22/04/2026 updated MCQ Click Here
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Direct Link: Free Glut 3 MiGW, glfw-3.4.bin.WIN64
Step 1: Code::Blocks / Downloads / Binary releases:
| Click Here --> codeblocks-25.03mingw-setup.exe | Sourceforge.net |
freeglut 3.0.0 MinGW Package : Download freeglut 3.0.0 for MinGW (with PGP signature and PGP key)
GLFW Click Here 64-bit Windows binaries
GLAD Loader 👉 https://glad.dav1d.de/
Settings:
- Language → C/C++
- API → OpenGL
- Profile → Core
- Version → 3.3
- Generate → Download
BSc 3 Sem SEP 2024-25
SEP BSc 2 Semester
SEMESTER | SYLLABUS | NOTES DETAILS |
SEP BSc 3 Semester 2025-26 | Kannada | |
English | ||
OOP's Using Java | ||
Major 2 | ||
Operating System Conceps BCA 4 SEM NEP
Course Title: Operating System Concepts
Course code: 21BCA4C12OSL
UNIT- 1 : Introduction to Operating System: Definition, History andIntroduction to Operating System: Definition, History and Examples of Operating System; Computer System organization; Types of Operating Systems; Functions of Operating System; Systems Calls; Operating System Structure.
Unit Questions: ClickHere
UNIT-2: Multithreaded Programming: Introduction to Threads; Types of Threads; Multithreading- Definition, Advantages; Multithreading Models; Thread Libraries; Threading Issues.
UNIT-3: Process Synchronization: Introduction; Race Condition; Critical Section Problem and Peterson’s Solution; Synchronization Hardware, Semaphores; Classic Problems of Synchronization- Readers and Writers Problem, Dining Philosophers Problem; Monitors.
Deadlocks: System Model; Deadlocks Characterization; Methods for Handling Deadlocks; Deadlock Prevention; Deadlock Avoidance; Deadlock Detection; and Recovery from Deadlock.
UNIT-4: Memory Management: Logical and Physical Address Space; Swapping; Contiguous Allocation; Paging; Segmentation; Segmentation with Paging.
Virtual Memory: Introduction to Virtual Memory; Demand Paging; Page Replacement; Page Replacement Algorithms; Allocation of frames, Thrashing.
UNIT-5: File System: File Concepts- Attributes, Operations and Types of Files; File System; File Access methods; Directory Structure; Protection; File System ImplementationFile System Structure, Allocation Methods, Free Space Management
Sample question assignments: Click Here
BCA 4 Sem NEP 2024-25
NEP BCA 4 Semester
SEMESTER | SYLLABUS | NOTES DETAILS |
4 Semester | Kannada | |
English | ||
DSC 10: Python | ||
DSC 11: Multimedia & Animation | ||
BCA 4 Sem NEP 2024-25-- Multimedia and animation
Course Title: Computer Multimedia & Animation
Course code: 21BCA4C11CAL Total Contact Hours: 42
Course Credits: 03 Formative Assessment Marks: 40
Duration of SEE/Exam: 02 Hours Summative Assessment Marks: 60
DSC11: Computer Multimedia & Animation
1. Web Design: Origins and evolution of HTML, Basic syntax, Basic text markup, Images, Lists, Tables, Forms, Frame, Overview and features of HTML5. CSS: Introduction, Levels of style sheets, Style specification formats, Selector forms, Property value forms, Font properties, List properties, Color, Alignment of text, The <span> and <div> tags; Overview and features of CSS3. JavaScript: Object orientation and JavaScript; General syntactic characteristics; Primitives, operations, and expressions; Screen output and keyboard input.
Unit Note: Click Here
2. Animation: What is an Animation? The Start and End States, Interpolation, Animations in HTML. All About CSS Animations, Creating a Simple Animation, Detailed Look at the CSS Animation Property, Keyframes, Declaring Multiple Animations, Wrap-up. All About CSS Transitions, Adding a Transition, Looking at Transitions in Detail, The Longhand Properties, Longhand Properties vs. Shorthand Properties, Working with Multiple Transitions.
Unit Note: Click Here
3. HTML5 – SVG: Viewing SVG Files, Embedding SVG in HTML5, HTML5 − SVG Circle, HTML5 − SVG Rectangle, HTML5 − SVG Line, HTML5 − SVG Ellipse, HTML5 − SVG Polygon, HTML5 − SVG Polyline, HTML5 − SVG Gradients, HTML5 − SVG Star.
Unit Note: Click Here
4. HTML5 – CANVAS: The Rendering Context, Browser Support, HTML5 Canvas Examples, Canvas - Drawing Rectangles, Canvas - Drawing Paths, Canvas - Drawing Lines, Canvas - Drawing Bezier Curves, Canvas - Drawing Quadratic Curves, Canvas - Using Images, Canvas - Create Gradients,
5. HTML5 - Styles and Colors, Canvas - Text and Fonts, Canvas - Pattern and Shadow, Canvas - Save and Restore States, Canvas - Translation, Canvas - Rotation, Canvas - Scaling, Canvas - Transforms, HTML5 Canvas Composition, Canvas – Animations.
Unit 4 and 5 Note: Click Here
Complete Notes: Click Here
References:
1. The Complete Reference HTML and CSS, 5th Edition, Thomas A Powell, 2017.
2. Animation in HTML, CSS, and JavaScript, Kirupa Chinnathambi, 1st Edition Createspace Independent Pub, 2013.
3. https://www.w3.org/Style/CSS/current-work#CSS3
4. http://bedford-computing.co.uk/learning/cascading-style-sheets-css/
LAB:
Programs for Practical Component:
1. Write a HTML program to illustrate basic text markup tags.
2. Write the HTML program to illustrate Table tags.
3. Write HTML program to create an application form for student admission
4. Write HTML5 program to illustrate simple <video> and <audio> tags.
5. Write HTML5 program to demonstrate simple SVG Circle, Rectangle, Line, Ellipse & Star.
6. Write a HTML5 program to draw canvas rectangles, lines, circle using JavaScript.
7. Write HTML5 program to draw Bezier curves and Quadratic curves.
8. Write a HTML5 program to illustrate canvas-Text & Font and Pattern and Shadows.
9. Write HTML5 program to demonstrate canvas - Translation of an object.
10. Write HTML5 program to demonstrate Canvas - Rotation and Scaling of an object
11. Write HTML5 program to rotate small image repeatedly using canvas - animation
12. Write HTML5 program to illustrate canvas - Gradients
Lab Manual With Details Explaination: Click Here
Lab Cover Page: Click Here
Lab Program : Click Here
Practical Viva Question : Click Here
BCA 1 SEM Digital Logic SEP 2024
Title of Subject: DIGITAL LOGIC & COMPUTER DESIGN (Major – 2)
COURSE CODE: 24MJBCA1L2 CIA Marks: 20
SEMESTER: I SEE Marks: 80
Contact Hours: (L:T:P): 4-0-0 Credit: 04 Duration of Exam: 03
UNIT – I: 10 Hours
Number system and codes: Number Systems: Binary number system, decimal number system,
octal number system, hexadecimal number system. conversion from one number system to
another. Complement representation of negative numbers: Signed Magnitude, One’s
complement method, Two’s complement method, Binary Arithmetic. Codes: BCD, GRAY,
EXCESS-3, ASCII and Unicode, error detection and error correction codes.
UNIT – II: 12 Hours
Boolean algebra and logic systems: Laws of Boolean algebra, Boolean laws. Evaluation of
Boolean expression, De Morgan's theorems and proof, simplification on Boolean expressions
using Boolean laws. Basic gates (AND, OR, NOT): truth table, Definition, Boolean expression
and symbols, universal gates (NAND, NOR): truth table, definition, Boolean expression and
symbols, design of basic gates using NAND and NOR gates- Logical gates using NAND and
NOR, Design of given Boolean expression using basic gates or universal gates. XOR and XNOR
gates (Definition, Boolean expression and symbols, truth table).
UNIT – III: 12 Hours
Simplification of Boolean functions: SOP and POS form, min term and max term, expression
of Boolean equation in Min and Max term (conversion of SOP and POS forms to standard form)
K-map method: Rules, simplification of Boolean equation using K-map (up to 4 variables),
without and with don't-care condition, Implementation using basic gates or NAND gate or
NOR gate, Quine - McCluskey Tabulation method, determination and selection of prime
implicates
UNIT – IV: 10 Hours
Combination logic: Design procedure, design of half adder and full adder, half subtract or and
full sub tractor. Code converters: - BCD to Excess 3 code, gray code, magnitude comparator,
encoders (BCD to decimal), decoder (decimal to BCD), Multiplexer (4:1 and 8:1)
DeMultiplexer(1:4 and 1:8).
UNIT – V: 12 Hours
Sequential logic: Introduction, Flip-flops — SR, JK, D, T, JK-MS (Detailed Study) Registers —
Introduction, shift register- types and applications. Counters — synchronous and asynchronous
counters (Up, down, up down).
Digital Logic Question Bank Click Here
Digital Logic Lab Mannual Click Here
Digital Cover Page Click Here
Digital Logic Index Click Here
Cyber Security for All 3rd year UG course as per NEP Syllabus
VSKU Ballari
Cyber Security Click Here syllabus
Click Here for Completed Study materials
5 Semester for All UG Course
|
Click Here >>CYBER SECURITY ALL MODELS IN BOTH KANNADA & ENGLISH VERSION |
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Cyber Security Link
Important Questions as Chapter wise Click Here Model question
Note: Exam Patter Question Pattern
2*10=20 Marks
5*2=10 Marks
10*2=20 Marks
Total Marks=50Marks
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kshec.karnataka.gov.in. Click Here
UGC for UG and PG syllabus. Cyber Security Syllabus
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Jobs
JOB's Related Information :
how to search job in google search engine use below trick:
3 SECRETS FOR GOOGLE Search:
1. TO LEARN SKILL OR COURSE USE BELOW LINK:
TYPE SKILL NAME OR COURSE NAME: DRIVE.GOOGLE.COM
2. TO FREE READ FAMOUS BOOK USE THIS LINK
"RICH DAD POOR DATA" FILETYPE:PDF
3. to search jobs:
" SKILL/TITLE" AND "YEARS OF EXPRERIENCE OR FRESHER" AND "LOCATION" AND SELECT PAST WEEK
Government job opening Click Here
BCom 4th sem ... up coming... Karnataka State Akkamahadevi Women’s University 2020-2021
Karnataka State Akkamahadevi Women's University Vijayapur, Karnataka
http://ka.kswu.ac.in/ugsyllabus
syllabus link: https://drive.google.com/file/d/15w7DdvbRxIIK6vqATvf8dmJi4aHfkMHE/view
https://drive.google.com/file/d/1Qmth1zo0svc1_ysGKHuyGsW-Q-0Evxgy/view?usp=sharing
Channel Link: https://www.youtube.com/channel/UCyhweNoyG3AkIWKU_weubiQ
reference text book link:
E-commerce with VB 6.0 for BCOM: Click Here
https://drive.google.com/file/d/1R6ndsXD0seKpnuDoHEiV_W9qimZFuHIX/view?usp=sharing
unit_1:MS Excel
Text book link: Click Here
https://drive.google.com/file/d/1Phspbq8IkLyGgpcshmB1a7-Z1eRrVZ-x/view?usp=sharing
Lecturer_1: Click Here
https://drive.google.com/file/d/1ktYZOye8X_cuS4yrECZ1PNUxDP9aaaQI/view?usp=sharing
SEP BCA 1 SEM C PROGRAMMING LAB (Major – 1)
SEP 2024-2025
BCA 1 SEM
Title of Subject: C PROGRAMMING LAB (Major – 1)
COURSE CODE: 24MJBCA1P1 CIA Marks: 10
SEMESTER: I SEE Marks: 40
Contact Hours: (L:T:P): 0-0-4 Credit: 02 Duration of Exam: 03
Part A
Algorithm and Flowchart
o Algorithm Writing:
Write algorithms for basic problems such as
1. finding the largest of three numbers,
2. calculating the factorial of a number,
3. generating Fibonacci series.
o Flowchart Design: Draw flowcharts for the above algorithms using standard symbols.
1. finding the largest of three numbers
2. calculating the factorial of a number
3. generating fibonacci series.
Introduction to C Programming
C Programming Basic Concepts
5. Symbolic Constants: Write a program to define and use symbolic constants.
Formatted I/O Functions
Unformatted I/O Functions
9. String I/O: Write a program to read and display a string using gets and puts.
C Operators and Expressions
10. Arithmetic Operators: Write a program to perform basic arithmetic operations (+, -, *, /, %).
Decision Making Statements
14. if-else Statements: Write a program to find the largest of three numbers using if-else statements.
15. Nested if-else and else-if Ladder: Write a program to classify a student's grade based on marks using nested if-else and else-if ladder.
16. Switch Case: Write a program to print the day of the week using switch-case statements.
Part B
Looping Statements
17. while Loop: Write a program to print the first 10 natural numbers using a while loop.
18. do-while Loop: Write a program to print the factorial of a number using a do-while loop.
19. for Loop: Write a program to generate the Fibonacci series using a for loop.
20. Nested Loops: Write a program to print a multiplication table using nested loops.
Arrays
21. One Dimensional Arrays: Write a program to read and display elements of a one-dimensional array.
22. Two Dimensional Arrays: Write a program to read and display elements of a two-dimensional array.
23. Array Processing: Write a program to find the sum and average of elements in an array.
Strings
24. String Handling Functions: Write a program to demonstrate the use of string handling functions (strlen, strcmp, strcpy, strcat).
User Defined Functions
25. Simple Function: Write a program to find the square of a number using a user-defined function.
26. Functions with Parameters: Write a program to calculate the sum of two numbers using a function with parameters and return type.
27. Functions without Parameters: Write a program to display a message using a function without parameters and return type.
Pointers in C
28. Pointer Basics: Write a program to declare and initialize pointers and access the value and address of variables using pointers.
29. Pointers and Arrays: Write a program to demonstrate the relationship between pointers and arrays.
30. Pointer Arithmetic: Write a program to perform pointer arithmetic (increment, decrement, addition, subtraction).
Structures
31. Structure Definition: Write a program to define a structure for a student (roll number, name, marks) and demonstrate initialization and access of structure members.
32. Array of Structures: Write a program to create an array of structures for students and display their details.
33. Embedded Structures: Write a program to demonstrate embedded structures (structure within a structure).
Unions
34. Union Basics: Write a program to define a union for different data types (int, float, char) and demonstrate initialization and access of union members.
35. Difference between Structures and Unions: Write a program to show the memory usage difference between structures and unions.
File Management in C
36. File Operations: Write a program to create, open,read, write, and close a file.
37. Error Handling in File Operations: Write a program to handle errors during file operations (e.g., file not found, read/write errors).
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Final C Programming Lab Manual
Program List: Click Here
Index : Click Here
Cover Page: Click Here
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Evaluation Scheme for Lab Examination:
Assessment Criteria Marks
Program – 1 from Part A Writing the Program 07
Execution 08
Program -2 from Part B Writing the Program 07
Execution 08
Practical Record 05
Viva-Voce 05
Total 40
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