ONE STOP FOR CSE/ISE LAB SOLUTIONS OF VTU (SCHEMES INCLUDED ARE +2015 +2017 +2018)
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| COMPUTER PROGRAMMING LABORATORY | SYLLABUS | LINK | BLOG |
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| DATA STRUCTURES LABORATORY | SYLLABUS | LINK | BLOG |
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| DESIGN AND ANALYSIS OF ALGORITHM LABORATORY | SYLLABUS | LINK | BLOG |
| MICROPROCESSOR AND MICROCONTROLLER LABORATORY | SYLLABUS | LINK | [BLOG] |
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| COMPUTER NETWORK LABORATORY | SYLLABUS | LINK | BLOG |
| DBMS LABORATORY | SYLLABUS | LINK | BLOG |
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| SYSTEM SOFTWARE AND OPERATING SYSTEM LABORATORY | SYLLABUS | LINK | BLOG |
| COMPUTER GRAPHICS LABORATORY | SYLLABUS | LINK | |
| CG ALTERNATIVE SOLUTION | SYLLABUS | LINK | BLOG |
| SYLLABUS | DOWNLOAD CODE FILES | VIEW BLOG | |
|---|---|---|---|
| MACHINE LEARNING LABORATORY | SYLLABUS | LINK | BLOG |
| WEB TECHNOLOGY LABORATORY | SYLLABUS | LINK | BLOG |
To view blog ctrl + click http://bit.ly/vtucpllab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | OUTPUT |
|---|---|---|---|
| 01. | FAMILIARIZATION WITH COMPUTER HARDWARE & PROGRAMMING ENVIRONMENT |
LAB1.txt | |
| PART - A | |||
| 02. | A COMMERCIAL CALCULATOR | ALGORITHM2 FLOWCHART LAB2.c |
OUTPUT |
| 03. | ROOTS OF A QUADRATIC EQUATION | ALGORITHM3 FLOWCHART LAB3.c |
OUTPUT |
| 04. | PALINDROME OR NOT | ALGORITHM4 FLOWCHART LAB4.c |
OUTPUT |
| 05. | ELECTRICITY BOARD CHARGES | ALGORITHM5 FLOWCHART LAB5.c |
OUTPUT |
| 06. | BINARY SEARCH | ALGORITHM6 FLOWCHART LAB6.c |
OUTPUT |
| 07. | PRIME NUMBER | ALGORITHM7 FLOWCHART LAB7.c |
OUTPUT |
| PART - B | |||
| 08. | MATRIX MULTIPLICATION | ALGORITHM8 FLOWCHART PG1 FLOWCHART PG2 LAB8.c |
OUTPUT |
| 09. | Sin(X) USING TAYLOR SERIES | ALGORITHM9 FLOWCHART LAB9.c |
OUTPUT |
| 10. | STRING OPERATIONS | ALGORITHM10 LAB10.c |
OUTPUT |
| 11. | BUBBLE SORT | ALGORITHM11 FLOWCHART LAB11.c |
OUTPUT |
| 12. | SQUARE ROOT OF A NUMBER | ALGORITHM12 FLOWCHART LAB12.c |
OUTPUT |
| 13. | COMPUTE AVERAGE- MARKS | ALGORITHM13 FLOWCHART LAB13.c |
OUTPUT |
| 14. | SUM, MEAN AND STANDARD DEVIATION | ALGORITHM14 FLOWCHART LAB14.c |
OUTPUT |
| 15. | BINARY TO DECIMAL CONVERSION | ALGORITHM15 FLOWCHART LAB15.c |
OUTPUT |
To view blog ctrl + click http://bit.ly/vtudslab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION |
|---|---|---|
| PART - A | ||
| 01. | ARRAY OPERATIONS | ARRAY.c |
| 02. | OPERATIONS ON STRINGS | PATTERN MATCHING.c |
| 03. | STACK OPERATIONS | STACK.c |
| 04. | INFIX EXPRESSION TO POSTFIX EXPRESSION | INFIXTOPOSTFIX.c |
| 05. A | SUFFIX EXPRESSION | SUFFIX.c |
| 05. B | TOWER OF HANOI | TOWEROFHANOI.c |
| 06. | CIRCULAR QUEUE | CIRCULAR QUEUE.c |
| PART - B | ||
| 07. | SINGLY LINKED LIST (SLL) | SLL.c |
| 08. | DOUBLY LINKED LIST (DLL) | DLL.c |
| 09. | SINGLY CIRCULAR LINKED LIST (SCLL) | POLYNOMIAL.c |
| 10. | BINARY SEARCH TREE (BST) | BST.c |
| 11. | GRAPH(G) OF CITIES | GRAPH.c |
| 12. | HASH TABLE(HT) | HASHING.c |
To view blog ctrl + click http://bit.ly/vtudaalab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | STEPS & OUTPUT |
|---|---|---|---|
| 01. A | JAVA PROGRAM TO CREATE N STUDENTS | lab1a.java | OUTPUT |
| 01. B | JAVA PROGRAM TO IMPLEMENT STACK USING ARRAYS | lab1b.java | OUTPUT |
| 02. A | TO DISPLAY 3 STAFF OBJECTS OF ALL THREE CATEGORIES | lab2a.java | OUTPUT |
| 02. B | CUSTOMER CLASS (USE OF STRINGTOKENIZER) | lab2b.java | OUTPUT |
| 03. A | COMPUTE A/B | lab3a.java | OUTPUT |
| 03. B | MULTI-THREAD APPLICATION (3 THREADS) | lab3b.java | OUTPUT |
| 04. | QUICK SORT | lab4.java | OUTPUT |
| 05. | MERGE SORT | lab5.java | OUTPUT |
| 06. A | 0/1 KNAPSACK - DYNAMIC PROGRAMMING METHOD | lab6a.java | OUTPUT |
| 06. B | 0/1 KNAPSACK - GREEDY METHOD | lab6b.java | OUTPUT |
| 07. | DIJKSTRA'S ALGORITHM | lab7.java | OUTPUT |
| 08. | KRUSKAL'S ALGORITHM | lab8.java | OUTPUT |
| 09. | PRIM'S ALGORITHM | lab9.java | OUTPUT |
| 10. A | FLOYD'S ALGORITHM | lab10a.java | OUTPUT |
| 10. B | TRAVELLING SALES PERSON - DYNAMIC PROGRAMMING | lab10b.java | OUTPUT |
| 11. | SUBSET OF A SET S | lab11.java | OUTPUT |
| 12. | HAMILTONIAN CYCLES | lab12.java | OUTPUT |
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION |
|---|---|---|
| PART - A | ||
| 01. | BINARY SEARCH - TO SEARCH A KEY ELEMENT | LAB1.asm |
| 02. | BUBBLE SORT ALGORITHM | LAB2.asm |
| 03. | PALINDROME OR NOT | LAB3.asm |
| 04. | COMPUTE nCr | LAB4.asm |
| 05. A | READ THE CURRENT TIME AND DISPLAY | LAB5A.asm |
| 05. B | READ THE CURRENT DAY AND DISPLAY | LAB5B.asm |
| 06. A | DATA TRANSFER - ARM ASSEMBLY LANGUAGE | LAB6a.s |
| 06. B | LOGICAL OPERATIONS - ARM ASSEMBLY LANGUAGE | LAB6b.s |
| 06. C | ARITHMETIC OPERATIONS - ARM ASSEMBLY LANGUAGE | LAB6c.s |
| 07. A | ARITHMETIC - ARM MICROPROCESSOR USING KEIL | LAB7a.s |
| 07. B | LOGICAL - ARM MICROPROCESSOR USING KEIL | LAB7b.s |
| PART - B | ||
| 08. A | BCD UP-DOWN COUNTER (00-99) | LAB8A.asm |
| 08. B | READ INPUTS X, Y FROM LPC & DISPLAY X * Y | LAB8B.asm |
| 09. | DISPLAY MESSAGES “FIRE” AND “HELP” | LAB9.asm |
| 10. | TO DRIVE A STEPPER MOTOR INTERFACE | LAB10.asm |
| 11. | SINE WAVE USING DAC INTERFACE | LAB11.asm |
| 12. | DISPLAY TEXT MESSAGES & NUMBERS ON LCD | LAB12.c |
| 13. | ROTATE STEPPER MOTOR - ARM PROCESSOR | LAB13.c |
To view blog ctrl + click https://bit.ly/vtucntlab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | STEPS & OUTPUT |
|---|---|---|---|
| PART - A | |||
| 01. | POINT TO POINT NETWORK WITH DUPLEX LINKS | cn1.tcl cn1.AWK |
STEPS OUTPUT |
| 02. | TRANSMISSION OF PING MESSAGES | cn2.tcl cn2.AWK |
STEPS OUTPUT |
| 03. | ETHERNET LAN USING N NODES | cn3.tcl cn3.AWK |
STEPS OUTPUT XGRAPH - 1 XGRAPH - 2 XGRAPH - 3 |
| 04. | SIMPLE ESS IN WIRE-LESS LAN | cn4.tcl cn4.AWK |
STEPS OUTPUT |
| 05. | PERFORMANCE OF GSM ON NS2 | cn5.tcl cn5.AWK |
STEPS OUTPUT |
| 06. | PERFORMANCE OF CDMA ON NS2 | cn6.tcl | OUTPUT |
| PART - B | |||
| 07. | ERROR DETECTING CODE USING CRC | CRC.JAVA | OUTPUT |
| 08. | BELLMAN FORD ALGORITHM | BELLMANFORD.JAVA | OUTPUT |
| 09. | SERVER PROGRAM USING TCP CLIENT PROGRAM USING TCP FILE TO DISPLAY |
SERVER.JAVA CLIENT.JAVA FILE.TXT |
OUTPUT |
| 10. | SERVER PROGRAM USING UDP CLIENT PROGRAM USING UDP |
UDPServer.java UDPClient.java |
OUTPUT |
| 11. | RSA ALGORITHM | RSA.java | OUTPUT |
| 12. | LEAKY BUCKET ALGORITHM | LEAKY.java | OUTPUT |
To view blog ctrl + click https://bit.ly/vtudbmslab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION |
|---|---|---|
| 01. | LIBRARY DATABASE | LIBRARY DATABASE.sql |
| 02. | ORDER DATABASE | ORDER DATABASE.sql |
| 03. | MOVIE DATABASE | MOVIE DATABASE.sql |
| 04. | COLLEGE DATABASE | COLLEGE DATABASE.sql |
| 05. | COMPANY DATABASE | COMPANY DATABASE.sql |
To view blog ctrl + click https://bit.ly/vtusslab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | OUTPUT |
|---|---|---|---|
| 01. A | LEX - RECOGNIZE VALID ARITHMETIC EXPRESSION | LAB1.l | OUTPUT |
| 01. B | YACC - EVALUATE ARITHMETIC EXPRESSION | LAB1B.l LAB1B.y |
OUTPUT |
| 02. | YACC - RECOGNIZE ALL STRINGS | LAB2.l LAB2.y |
OUTPUT |
| 03. | C - CONSTRUCT PREDICTIVE/LL(1) PARSING TABLE | LAB3.c | OUTPUT |
| 04. | C - SHIFT REDUCE PARSING TECHNIQUE | LAB4.c | OUTPUT |
| 05. | C - GENERATE MACHINE CODE USING TRIPLES | LAB5.c input.txt output.txt |
OUTPUT |
| 06. A | LEX - ELIMINATE COMMENT LINES IN A C PROGRAM | LAB6.l f1.c f2.c |
OUTPUT |
| 06. B | YACC - RECOGNIZE VALID IDENTIFIER, OPERATORS AND KEYWORDS | LAB6B.l LAB6B.y inputfile.c |
OUTPUT |
| 07. | C - ROUND ROBIN (RR) SCHEDULING ALGORITHM | LAB7.c | OUTPUT |
| 08. | C - BANKER’S ALGORITHM | LAB8.c | OUTPUT |
| 09. | C - PAGE REPLACEMENT ALGORITHMS LRU AND FIFO | LAB9.c | OUTPUT |
| 10. A | C - A NUMERICAL CALCULATOR | LAB10a.c | OUTPUT |
| 10. B | C - PAGE REPLACEMENT TECHNIQUE | LAB10b.c | OUTPUT |
| 11 | LEX - GIVEN SENTENCE IS SIMPLE OR COMPOUND | LAB11.l | OUTPUT |
| 12 | C++ EMULATE UNIX ln COMMAND | LAb12.cpp | OUTPUT |
To view blog ctrl + click https://bit.ly/vtucgvlab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | OUTPUT |
|---|---|---|---|
| 01. | BRESENHAM’S LINE DRAWING ALGORITHM FOR ALL TYPES OF SLOPE | LAB1.cpp | OUTPUT |
| 02. | CREATE AND ROTATE A TRIANGLE ABOUT THE ORIGIN AND A FIXED POINT | LAB2.cpp | OUTPUT |
| 03. | COLOUR CUBE AND SPIN IT USING OPENGL TRANSFORMATION MATRICES | LAB3.cpp | OUTPUT |
| 04. | COLOR CUBE AND ALLOW THE USER TO MOVE THE CAMERA SUITABLY TO EXPERIMENT | LAB4.cpp | OUTPUT |
| 05. | CLIP A LINES USING COHEN-SUTHERLAND ALGORITHM | LAB5.cpp | OUTPUT |
| 06. | SIMPLE SHADED SCENE CONSISTING OF A TEA POT ON A TABLE | LAB6.cpp | OUTPUT |
| 07. | TETRAHEDRON TO FORM 3D SIERPINSKI GASKET | LAB7.cpp | OUTPUT |
| 08. | ANIMATE A FLAG USING BEZIER CURVE ALGORITHM | LAB8.cpp | OUTPUT |
| 09. | FILL THE POLYGON USING SCAN LINE ALGORITHM | LAB9.cpp | OUTPUT |
To view blog ctrl + click https://bit.ly/vtucgvlab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | OUTPUT |
|---|---|---|---|
| 01. | BRESENHAM’S LINE DRAWING ALGORITHM FOR ALL TYPES OF SLOPE | PROG1.cpp | OUTPUT |
| 02. | CREATE AND ROTATE A TRIANGLE ABOUT THE ORIGIN AND A FIXED POINT | PROG2.cpp | OUTPUT |
| 03. | COLOUR CUBE AND SPIN IT USING OPENGL TRANSFORMATION MATRICES | PROG3.cpp | OUTPUT |
| 04. | COLOR CUBE AND ALLOW THE USER TO MOVE THE CAMERA SUITABLY TO EXPERIMENT | PROG4.cpp | OUTPUT |
| 05. | CLIP A LINES USING COHEN-SUTHERLAND ALGORITHM | PROG5.cpp | OUTPUT |
| 06. | SIMPLE SHADED SCENE CONSISTING OF A TEA POT ON A TABLE | PROG6.cpp | OUTPUT |
| 07. | TETRAHEDRON TO FORM 3D SIERPINSKI GASKET | PROG7.cpp | OUTPUT |
| 08. | ANIMATE A FLAG USING BEZIER CURVE ALGORITHM | PROG8.cpp | OUTPUT |
| 09. | FILL THE POLYGON USING SCAN LINE ALGORITHM | PROG9.cpp | OUTPUT |
To view blog ctrl + click http://bit.ly/vtumllab
| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | PYTHON NOOTEBOOK WITH OUTPUT |
|---|---|---|---|
| 01. | FIND-S ALGORITHM | LAB1.py trainingdata.csv |
LAB 1.ipynb |
| 02. | CANDIDATE-ELIMINATION ALGORITHM | LAB2.py trainingdata.csv |
LAB 2.ipynb |
| 03. | ID3 ALGORITHM | LAB3.py tennisdata.csv |
LAB 3.ipynb LAB 3 Alt.ipynb |
| 04. | BACKPROPAGATION ALGORITHM | LAB4.py | LAB 4.ipynb |
| 05. | NAÏVE BAYESIAN CLASSIFIER | LAB5.py tennisdata.csv |
LAB 5.ipynb |
| 06. | NAÏVE BAYESIAN CLASSIFIER (USING API) | LAB6.py document.csv |
LAB 6.ipynb |
| 07. | A BAYESIAN NETWORK | LAB7.py heartdisease.csv |
LAB 7.ipynb LAB 7 Alt.ipynb |
| 08. | EM ALGORITHM & K-MEANS ALGORITHM | LAB8.py | LAB 8.ipynb |
| 09. | K-NEAREST NEIGHBOUR ALGORITHM | LAB9.py | LAB 9.ipynb LAB 9 Alt.ipynb |
| 10. | LOCALLY WEIGHTED REGRESSION ALGORITHM | LAB10.py | LAB 10.ipynb |
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| EXP NO | EXPERIMENT NAME | EXPERIMENT SOLUTION | OUTPUT |
|---|---|---|---|
| 01. | SIMPLE CALCULATOR USING JAVASCRIPT | PROG1.html | OUTPUT |
| 02. | SQUARES AND CUBES OF NUMBERS | PROG2.html | OUTPUT |
| 03. | TEXT-GROWING & TEXT-SHRINKING | PROG3.html | OUTPUT |
| 04. | LEFT MOST VOWEL & REVERSE NUMBER | PROG4.html | OUTPUT4a OUTPUT4b |
| 05. | XML - STORE INFORMATION ABOUT A STUDENT | PROG5.xml PROG5.css |
OUTPUT |
| 06. | PHP - NUMBER OF VISITORS | PROG6.php count.txt |
OUTPUT |
| 07. | PHP - DIGITAL CLOCK | PROG7.php | OUTPUT |
| 08. A | PHP - SIMPLE CALCULATOR | PROG8A.php | OUTPUT |
| 08. B | PHP - MATRIX OPERATIONS | PROG8B.php | OUTPUT |
| 09. | PHP - STATES SEARCH OPERATIONS | PROG9.php | OUTPUT |
| 10. | PHP - SORTING THE STUDENT RECORDS | PROG10.php weblab.sql |
OUTPUT |
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