Course Content
MODULE 1
0/10
What is an Embedded systems ? History of an embedded system? Classification of an Embedded system ? Applications of Embedded Systems?
09:41
2. what are characteristics or purpose of an Embedded systems? And explain about Advantages and Disadvantages?
02:27
3.Difference between Microcontroller and Microprocessors?
02:54
4.Difference between Von-neumann and Harvard Architecture?
02:09
5.Differenebetween RISC and CSIC?
06:07
6.Difference between Big-Endian and Little -Endian processors?
7.What are memories in embedded system and classification of memories?
06:55
8.Explain about sensors and actuators?
07:39
9.Explain about opto-coupler , Relay, Push-button switch?
07:37
10. Explain about Piezo -Buzzer and Communication Interfaces? Piezo Buzzer
10:07
MODULE 2
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1.What Characteristics and quality attributes of Embedded systems?
05:10
2.Explain about Operational and non-operational Atrributes ?
05:43
3.Explain about embedded systems application and domain specific?
04:14
4.Explain about hardware and software co-design?
05:32
5.Explain about program modeling excluding UML?
04:48
6.Explain about Embedded firmware design, and development?
03:49
7.Discuss Advantages and drawbacks of super loop based firmware design approach?
05:14
8.Describe the sequential program model for seat belt warning system along with the operation of the system?
03:45
9.Describe coin operated telephone system with a FSM, function states and state transisition diagram?
03:44
10.With a functional diagram , explain the working of washing machine?
02:30
11.Explain Assembly language and machine language conversion process with block diagram?
02:54
12.With the help of FSM model, explain the design and operation of automatic seat belt warning system?
05:03
13.Compare DFG and CDFG models with examples?
04:22
14.Design an automatic tea/coffee vending machine based on FSM model for the following requirement.
02:27
MODULE 3
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1.Explain monolithic and micro kernels with suitable example for each
2.Explain task, process and threads
3.PROBLEM_QUESTION
4.Explain different conditions that favour deadlock,Explain techniques to detect and prevent deadlock
5.Explain the advantages of simulation-based debugging
6.with a block diagram explain the concept of counting semaphore, Give me real world example
7.with the state diagram, structure of process and memory organization, explain the function of status and the scheduler function for process management
8.with the example, describe pre-emptive SJF scheduling and calculate all the performance factors
9.Describe the out of circuit programming and in system programming
10.Define the operating system, with neat diagram explain the operating system architecture
11.write a block diagram of IDE environment for embedded system design and explain their functions brief
12.Write a note on IAP and in system programming
MODULE 4
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1.With a block schematic , explain the function of various units in ARM cortex M3 processor architecture , in brief?
06:02
2.Explain any 5 application of ARM cortex M3 based on its features?
04:46
3.With diagram, explain 2 operation modes and 2 privilege levels in cortex M3 , when exceptions are to be handled?
04:41
4.With tables , describe the various interrupts and exception along with the vector address?
03:18
5.Explain program status registers in cortex M3 along with the vector address?
03:34
6.Describe the reset sequence with a diagram? And why LSB of reset vector address is set to 1?
03:34
7.Explain two stack model and reset sequence of ARM cortex M3?
04:56
8.With the help of register bit format , explain XPSR register in detail?
02:37
9.Explain the function of special registers PRIMASK , BASPERI , CONTROL , FAULTMASK?
04:36
10.Explain list different registers of ARM cortex-M# and mention their use . Explain the use of link register with an illusiration?
03:54
MODULE 5
0/9
1.Explain 16-bit instructions: ADD .W, BER , IF-THEN,CMP,ASR,and LDMIA with an example for each?
06:54
2.Explain IT instruction with an example to convert a high level language instruction to its equivalent assembly instructions in cortex M3?
03:25
3.Explain the following 32-bit instructions with an example for each:ADC,BFC,LSL and PUSH.
03:19
4.Describe CMSIS with diagram and its functions , organization and scope?
03:10
5.Write an ALP to add the first 10 integer numbers using cortex M3 processor?
05:06
6.Explain different rotate and reverse instructions of cortex M3with example for each?
02:50
7.Explain all shift and rotate instruction of CORTEX -M3 with illusriation . how rotate left operation can be implement?
04:37
8.Write an assembly language program to determine the parity of a 32-bit number. If event parity store 00h into memory location otherwise store FFh in the location?
05:22
9.Write an assembly language to determine the parity of n 32 bit number.
04:18
EMBEDDED SYSTEM DESIGN || ECE stream || Very Important Questions Explained with Concepts || All 5 modules || BEC601|| Last moment exam preparation
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