Computer Engineering

Practical 1: Identify the various pins of the microprocessor. Practical 2: Use the assembly language programming tools and functions. Practical 3: Use different addressing mode instruction in program a) Write an Assembly language Program (ALP) to add two given 8 and 16-bit numbers. b) Write an Assembly language Program (ALP) to subtract two given 8 and 16-bit numbers. Practical 4: a) Write an ALP to multiply two given 8 and 16-bit unsigned numbers. b) Write an ALP to multiply two given 8 and 16 bit signed numbers. Practical 5: a) Write an ALP to perform block transfer data using string instructions. b) Write an ALP to perform block transfer data without using string instructions. Practical 6: a) Write an ALP to compare two strings without using string instructions. b) Write an ALP to compare two strings using string instructions. Practical 7: a) Write an ALP to divide two unsigned numbers. b) Write an ALP to divide two signed numbers. Practical 9: a) Write an ALP to find ...

Practical 1: Install Set Up and Use VB.Net IDE (Integrated Development Environment) Practical 2: Design VB.NET application using Existing Namespaces and User Defined Namespace. Practical 3: Implement a Message Box program & Arithmetic Expressions. Practical 4: Implement a program for If-else Control structures in VB.NET. Practical 5: Implement a program for Select case Control structures in VB.NET. Practical 6: Implement a program for While, DO Loops in VB.Net. Practical 7: Implement a program to use of For, For-Each Loops In VB.Net. Practical 8: Design windows application using Text Box, Label & Button. Practical 9: Design windows application using Radio Button & Check Box. Practical 10: Design windows application using List Box & Combo Box. Practical 11: Design windows application using Picture Box & Panel. Practical 12: Design windows application using Tab Control & Timer. Practical 13,14: Implement a Windows application to Perform...

Practical 1: Write a program to draw the following graphics objects using built-in C-functions. a)pixel b) lines c)Circle d)Rectangle e)Ellipse. Practical 2: Program to draw a line using DDA line drawing Algorithm. Practical 3: Implement Bresenham’s Algorithm to draw a line. Practical 4: Bresenham's Circle Drawing Algo. Practical 5: Program to Fill Hexagon Using Floodfill Method. Practical 6: Program To Fill Hexagon Using Boundary Fill Algorithm. Practical 7: Write a C program to performtwo dimensional transformations (Translation and Scaling). Practical 8: Write a Program to perform 2D transformation-Rotation Practical 9: Write a Program in C to perform 2D transformation-Reflection and Shearing. Practical 10: Write A Program For Translations and Scaling. Practical 11: Write a Program in C to perform 3D rotation. Answers Practical 12: Cohen Sutherland line clipping algorithm. Answers Practical 13: Write a program to clip line using Midpoint Subdivision Algorithm. Answers Practical ...

 Practical 1: Program to Perform Operations on the array.  Practical 2: Search a Data using Linear Search.  Practical 3: Search a Data using Binary Search.  Practical 4: Program to Sort an Array using Bubble Sort.  Practical 5: Program to sort an array using Selection Sort.  Practical 6: Program to sort an array using Insertion sort  Practical 7: Perform Push and pop Operation on Stack.  Practical 8: Perform insert and delete operation on linear Queue using Array Answers  Practical 9: Perform insert and delete operations on Circular Queue using Array.  Practical 10: Perform operations on a singly link list.  Practical 11: Perform operations on Circular singly linked list.  Practical 12: Traversing on binary Search tree

 Practical 1: Develop minimum 2 programs using constants, variables, arithmetic expression, operators, exhibiting data type Conversion.  Practical 2: Program to implement decision-making statements (If-Else, Switch). Practical 3: Program To Implement Control Structures( For, While, Do-While). Practical 4: Program To Implement One Dimensional Array. Practical 5: Program to Perform Matrix Operation Using Multi-dimensional Array. Practical 6: Program to Implement Classes and Objects. Practical 7: Program To Implement Array Of Objects. Practical 8: Program To Implement Friend Function. Practical 9: Program To Implement Inline Function. Practical 10: Program To Implement Constructor And Destructor. Practical 11: Program To Implement Single Inheritance. Practical 12: Program To Implement Multiple Inheritance. Practical 13: Program To Implement Concept Of Multiple Inheritance. Practical 14: Program To Implement Pointer to Object. Practical 15: Program to Implement Pointer Derived C...

 Practical 1:  Write MS Code To Create Database Table And Modify Table.  Practical 2:  Write MS Access Code to apply given validation on the table and set error message, set a default value for the column, set and remove database password. Outputs.  Practical 3: Design E-R Diagram And Create Normalized Database On Given Data.  Practical 4: i)Create And Execute DDL Commands Using SQL. ii)Apply following Integrity Constraints On Table: iii) Primary key, Foreign Key, Unique Key Constraints, Null, Not Null, And Check Constraints.  Practical 5: Create And Execute DML Commands Using SQL.  Practical 6: Write queries Using the following Operations: Arithmetic Operators, Comparision Operators, Logical Operators, Set Operators, Range Searching Operators - Between, Pattern Matching Operators - Like. Outputs.  Practical 7: Write Queries Using Following Functions: String, Arithmetic, Date And Time, Aggregate Functions. Outputs  Practical 8: Execute Q...

 Practical 1:  Test The Functionality of Logic Gates.  Practical 2: Test the Functionality Of Universal Gates.  Practical 3: Construct Basic gates Using Universal Gates.  Practical 4: Verify De Morgan's Theorem.  Practical 5: Design Half Adder And Half Subtractor Using Boolean Expressions.  Practical 6: Design Full Adder And Full Subtractor.  Practical 7: Construct And Test BCD To 7-Segment Decoder Using IC 7447 / 7448.  Practical 8: Verify Operation Of Multiplexer(MUX).  Practical 9: Functionality Of Demultiplexer(DEMUX).  Practical 10: Build/Test Functionality Of RS Flip Flops Using NAND Gates.  Practical 11: Test Functionality Of MS JK Flip flop.  Practical 12: Test Functionality of D and T Flip flops.