Wednesday 25 October 2017
Saturday 14 October 2017
ARM Assembly Language Programming
Micro-Controller & Embedded Systems
ARM Assembly Language Programming
Go through this video and complete the programes given.
Wednesday 11 October 2017
Friday 6 October 2017
Thursday 5 October 2017
Experiment List
Experiment List
Micro-Controller & Embedded Systems
Exp. No
|
Experiment Name
|
0
|
Numbering System and Logic Gates
|
1
|
Loading data in A and transferring to R0, R1 of bank 1
|
2
|
Addition of first 10 natural numbers
|
3
|
Addition of two 16 bit numbers
|
4
|
Subtraction of two 16 bit numbers
|
5
|
Multiplication of two 8 bit numbers
|
6
|
Division of two 8 bit numbers
|
7
|
Finding Smallest/Largest Number in the Array
|
8
|
Conversion of Hexadecimal number to Decimal Number
|
9
|
Performing logical operations, AND, OR, XOR, NOT
|
10
|
Generation of Square wave using timer
|
11
|
To transfer message serially to P1.5
|
12
|
Write a ARM assembly language program to display
|
13
|
|
14
|
Write a ARM assembly language program to solve the equation 4x2
+3x... ... if x is stored in r1. Store the result in r0.
|
15
|
Online Quizz CO2 - 4
Online Quizz CO2 -4
Microcontroller & Embedded Systems
Online Quizz CO2 -4
Click here to start Quizz CO2 - 4
or
Online Quizz CO2 - 3
Online Quizz CO2 - 3
Microcontroller & Embedded Systems
Online Quizz CO2 -3
Click here to start Quizz CO2 - 3
or
Online Quizz CO2 - 2
Online Quizz CO2 - 2
Microcontroller & Embedded Systems
Online Quizz CO2 - 2
Click here to start Quizz CO2 - 2
or
Wednesday 4 October 2017
Elective Subject Feedback
Elective Subject Feedback
1. Elective Multimedia
2. Elective E-commerce & E-business
Tuesday 3 October 2017
Thursday 28 September 2017
Assignment No. 4
Micro-Controller & Embedded System
ASSIGNMENT NO. 4
1.
Explain in detail tasks and task
scheduler.
2.
What is Interrupt Service Routines?
3.
Describe Semaphores, Mutex, Mailboxes.
4.
Explain priority inversion problem in
Embedded system. How does it is resolved?
5.
Explain in detail: Off-the-Shelf Operating
System
6.
Explain in detail: Embedded Operating
System.
7.
Explain in detail: Real Time Operating
System.
8.
Explain in detail: Handheld Operating
System.
9. Explain design of Digital Clock system with block diagram and components.
10. Explain design of Digital Camera system with block diagram and components.
11. Explain design of Battery operated smart card reader system with block diagram and components.
12. Explain design of Automated meter reading system with block diagram and components.
9. Explain design of Digital Clock system with block diagram and components.
10. Explain design of Digital Camera system with block diagram and components.
11. Explain design of Battery operated smart card reader system with block diagram and components.
12. Explain design of Automated meter reading system with block diagram and components.
Saturday 23 September 2017
Assignment No. 3
Micro-Controller & Embedded Systems
ASSIGNMENT NO. 3
1.
Explain ARM programmer’s model.
2.
Explain CPSR of ARM 7 processor.
3.
Describe the principal features of the ARM
architecture.
4.
Explain ARM development tool with block
diagram.
5.
Explain the addressing modes of ARM7
processor.
6.
Write all ARM instructions.
7.
Write a program to display “Hello BVCOE,
Navi Mumbai”.
8.
Write a program to Convert HEX value
to ASCII.
9.
Write a program to divide 32-bit number by an 8-bit number.
10.
Explain
the following instructions with suitable examples with respect to ARM
processor. BLX, CMN, SWP, MVN, LDC.
11.
Write ARM assembly language program to
find largest/smallest value from given two numbers.
12.
Write ARM assembly language program to
find average of two numbers.
13.
Write ARM assembly language program to
find the one's complement (inverse) of a number.
14.
Write an assembly language program to
compute 4x2 +3x... ... if x is stored in r1. Store the result in r0.
15.
Write ARM assembly language program to add
two 32 bit numbers.
16.
Write ARM assembly language program to add
two 64 bit numbers.
Subscribe to:
Posts (Atom)