Week 3 - Exercise on Simulink Modeling (Part - 2)

Que. 6

AIM: To create a Simulink model of 3x3 matrix multiplication of two matrix inputs.

OBJECTIVES :

• To create two 3x3 inputs matrices.
• To perform matrix multiplication.

SIMULINK MODEL :

BLOCKS USED :

• Constants
• Product
• Display

RESULTS :

CONCLUSION :

As a result, we have created two 3x3 input matrices which on multiplication gives the desired output which is shown in the display.

Que. 7

AIM: To create a Simulink model which performs Logical Operations.

OBJECTIVES :

• To create two constant inputs.
• To perform logical operations such as AND, OR, NOT, NAND, NOR and XOR.

SIMULINK MODEL :

BLOCKS USED :

• Constant
• Logical Operators (AND, OR, NOT, NAND, NOR, XOR)
• Display

RESULTS :

CONCLUSION :

We have created a Simulink model which deals with all the logical operators and gives the result based on Boolean's data type.

Que. 8

AIM: To create a Simulink model using Relational Operators.

OBJECTIVES :

• To specify two input constants.
• To perform relational operations which includes equal to, not equal to, less than, less than equal to, greater than, greater than equal to.
• To change the data type of both constant blocks to a single datatype.

SIMULINK MODEL :

BLOCKS USED :

• Constant
• Relational Operator (which includes equal to, not equal to, less than, less than equal to, greater than, greater than equal to)
• Display

RESULTS :

CONCLUSION :

We have created a Simulink model that deals with all the relational operators and gives the result and along with this, it also changes its datatypes of both the constant blocks to a single datatype.

Que. 9

AIM: To create a Simulink model using logical and relational operators.

OBJECTIVES :

• To implement logic using logical and relational operators.

SIMULINK MODEL :

BLOCKS USED :

• Constants
• Equal to
• AND
• OR
• NOT
• Display

RESULTS :

CONCLUSION :

As a result, we have implemented the given logic using logical and relational operators with the help of a Simulink model.