V.S.B. ENGINEERING COLLEGE, KARUR Department of Electrical … · 2019-10-16 · 27 922517105030 MONICA S Explain the operation of Stepper motor control 28 922517105031 MOUNIKA S

V.S.B. ENGINEERING COLLEGE, KARUR

Department of Electrical and Electronics Engineering Academic

Year: 2019-2020 (ODD Semester)

Assignment

Class: III Year V Semester& B.E. Electrical and Electronics Engineering

Name of Subject Name of faculty member

1. Power System Analysis (PSA) Mr M.Varathan(MV)

2. Microprocessors and Microcontrollers (MPMC) Dr.G.Prabhakar (GP)

3. Power Electronics (PE) Mr.C.Maheshkumar (CM)

4. Digital Signal Processing(DSP) Mrs.S.Sathiya(SS)

5. Object Oriented Programming(OOPS) Dr.S.Senthil kumar (SS)

6. Basics of Biomedical Instrumentation(BBI) Mr.M.Balamurugan(MB)


Department of Electrical and Electronics Engineering

Academic Year: 2019-2020 (ODD Semester)

III Year - EEE

EE8501-POWER SYSTEM ANALYSIS ASSIGNMENT QUESTIONS

Sl. No. Reg. No. Student Name Topics

1. 922517105001 ANANTHAKRISHNAN R Voltage stability Analysis of Power

system using L- Index Concept

2. 922517105002 ANUSUYA M Transient Stability Analysis of Multi

Machine power system

3. 922517105003 ARAVINDHAN D Emergence of Smart Grid

4. 922517105004 ARAVINTH V Microgrid and its Protection

5. 922517105005 AVINASH M Introduction to Distributed Generation

6. 922517105006 BHARATH B Growth and Challenges of Indian power

sector

7. 922517105007 CEBU ANAND A Integration of Solar PV System into the

Grid

8. 922517105008 DEVAKI S Discuss About Available Based Tariff

9. 922517105009 DHARANI G Discuss about the structure of Futuristic

Power System

10. 922517105011 DHILIPAN G

Transient Stability Analysis of

Multimachine system using Energy

Function Approach

11. 922517105013 GOBINATH P

Explain structure and formation of Zbus

by bus building Algorithm including

mutual coupling

12. 922517105014 GOPI G Harmonic Power Flow in Power Systems

13. 922517105015 JAYANTHI R Billing and Tariff Structure for HT

Consumers

14. 922517105016 JEEVITHA K Network Congestions and management in

power system

15. 922517105017 KANAGARAJ B Methods to improve Available Transfer

Capability

16. 922517105018 KANIMOZHI B Contingency Analysis for power system

17. 922517105019 KARTHICK C Electricity regulatory Act and Indian

Electricity Grid Code

18. 922517105020 KAVIN L Linear programming methods to Solve

Power Flow problem

19. 922517105021 KAVIYA S Various Security states of power system

20. 922517105022 KEERTHIKA M Design of circuit breakers

21. 922517105023 KISHORE KABRIN J Grounding and Earthing of power system

components

22. 922517105024 KISHORE KUMAR A Zone of protection in power system.

23. 922517105025 LAVANYA S Network Observability And Pseudo

Measurements,

24. 922517105026 MADHUMITHA S Fast decoupled Load flow

25. 922517105027 MAHESH BOOPATHI S AC-DC Power Flow

26. 922517105029 MANOJ KUMAR B DC power flow

27. 922517105030 MONICA S Power quality issues and its implications

28. 922517105031 MOUNIKA S Extension to Multiple and Multi terminal

DC systems

29. 922517105032 MUKILAN S Big Data Analytics in power systems

30. 922517105033 NAVI J Bad data analysis

31. 922517105034 OBILISAMY K Power system state estimation

32. 922517105035 OVIYA P Wind energy conversion system

33. 922517105036 PRABHA R Grid connected wind energy systems

34. 922517105037 PRAGALATHAN E Formation of Hessian matrix

35. 922517105039 PRAVEEN KUMAR N Harmonic Power Flow

36. 922517105040 PRAVEEN T Deregulation of Power system

37. 922517105041 RAJESHWARAN M Restructuring of power system

38. 922517105042 RAVINDRAN R SCADA in Substation Management

39. 922517105044 SAKTHIVEL T Explain Available Transfer Capability

40. 922517105045 SANGAVI B Contingency Analysis in power system

41. 922517105046 SEDHUPATHY S Indian Electricity Grid Code.

42. 922517105047 SHANMUGAPRIYA M Linear programming methods applicable

for power flow problem

43. 922517105048 SHARUMATHI R Islanding operation of power system

44. 922517105049 SIVAGOKUL S Integration of Microgrid with Macrogrid

45. 922517105050 SIVA SABARISH U Relay Coordination

46. 922517105051 SOWMIYA K AC-DC load flow

47. 922517105052 SRIDHAR K Extension to Multiple and Multiterminal

DC systems

48. 922517105053 SUBASH S Fast decoupled Load flow

49. 922517105054 SUTHAN N S Method s of voltage control

50. 922517105055 TAMILVANAN R Active and Reactive power balance in

power system

51. 922517105056 THARANITHARAN C Sources and sinks of reactive power

52. 922517105057 VASANTHAKUMAR A Modeling of synchronous generator and

Load

53. 922517105058 VIGNESH R Big Data Analytics in power system

54. 922517105059 VIGNESHWARAN A Optimization techniques for power system

problems

55. 922517105060 VIKASH KUMAR R Power system state estimation

56. 922517105061 YUVASRI S Issues in Renewable energy Integration

with Grid

57. 922517105301 NAGARAJA P Voltage stability Analysis of power

system

V.S.B. ENGINEERING COLLEGE, KARUR Department of Electrical and Electronics Engineering

Academic Year: 2019- 2020 (ODD Semester)

Assignment Questions

Class: III Year V Semester

Name of Subject: EE8551 – Microprocessors and Microcontrollers

Name of Faculty member: Dr. G. Prabhakar

Sl.

No.

Reg. No. Name of the Student Assignment Questions

1. 922517105001 ANANTHAKRISHNAN

R

Introduction to Embedded Systems

2. 922517105002 ANUSUYA M The build process for embedded systems

3. 922517105003 ARAVINDHAN D Structural units in Embedded processor

4. 922517105004 ARAVINTH V selection of processor & memory devices

5. 922517105005 AVINASH M DMA

6. 922517105006 BHARATH B Memory management methods

7. 922517105007 CEBU ANAND A Timer and Counting devices

8. 922517105008 DEVAKI S Watchdog Timer

9. 922517105009 DHARANI G Real Time Clock

10. 922517105011 DHILIPAN G In circuit emulator

11. 922517105013 GOBINATH P Target Hardware Debugging.

12. 922517105014 GOPI G Embedded Networking

13. 922517105015 JAYANTHI R I/O Device Ports & Buses

14. 922517105016 JEEVITHA K Serial Bus communication protocols

15. 922517105017 KANAGARAJ B RS232 standard

16. 922517105018 KANIMOZHI B RS422

17. 922517105019 KARTHICK C RS485

18. 922517105020 KAVIN L CAN Bus

19. 922517105021 KAVIYA S Serial Peripheral Interface (SPI)

20. 922517105022 KEERTHIKA M Inter Integrated Circuits (I2C)

21. 922517105023 KISHORE KABRIN J Different phases of EDLC,

22. 922517105024 KISHORE KUMAR A Modeling of EDLC; issues in Hardware-software Co-

design

23. 922517105025 LAVANYA S Data Flow Graph

24. 922517105026 MADHUMITHA S State machine model

25. 922517105027 MAHESH BOOPATHI S Sequential Program Model

26. 922517105029 MANOJ KUMAR B concurrent Model

27. 922517105030 MONICA S object oriented Model.

28. 922517105031 MOUNIKA S Introduction to basic concepts of RTOS

29. 922517105032 MUKILAN S Task, process & threads

30. 922517105033 NAVI J Interrupt routines in RTOS,

Sl.

No.

Reg. No. Name of the Student Assignment Questions

31. 922517105034 OBILISAMY K Multiprocessing and Multitasking

32. 922517105035 OVIYA P Preemptive and non-preemptive scheduling

33. 922517105036 PRABHA R Task communication shared memory

34. 922517105037 PRAGALATHAN E Message passing

35. 922517105039 PRAVEEN KUMAR N Inter process Communication

36. 922517105040 PRAVEEN T Synchronization between processes

37. 922517105041 RAJESHWARAN M Semaphores,

38. 922517105042 RAVINDRAN R Mailbox

39. 922517105044 SAKTHIVEL T Pipes

40. 922517105045 SANGAVI B Priority inversion

41. 922517105046 SEDHUPATHY S Priority inheritance

42. 922517105047 SHANMUGAPRIYA M Comparison of Real time Operating systems: Vx Works

43. 922517105048 SHARUMATHI R Comparison of Real time Operating systems: RT Linux.

44. 922517105049 SIVAGOKUL S Automotive Application

45. 922517105050 SIVA SABARISH U Smart card System Application,

46. 922517105051 SOWMIYA K Washing machine control

47. 922517105052 SRIDHAR K Adaptive Cruise Control Systems

48. 922517105053 SUBASH S Array programming in 8051

49. 922517105054 SUTHAN N S Introduction to 8086 microprocessor

50. 922517105055 TAMILVANAN R 8086 Addressing Modes

51. 922517105056 THARANITHARAN C 8086 Instruction Set

52. 922517105057 VASANTHAKUMAR A Hardware Architecture of 8086

53. 922517105058 VIGNESH R Timing Diagram of 8086

54. 922517105059 VIGNESHWARAN A System Design using 8086

55. 922517105060 VIKASH KUMAR R LCD Interfacing with 8086

56. 922517105061 YUVASRI S Sum of ten numbers in 8085 microprocessor

57. 922517105301 NAGARAJA P Draw the timing diagram of Interrupt Acknowledge Idle

Cycle


Department of Electrical and Electronics Engineering

Academic Year: 2019-2020 (odd Semester)

Power Electronics Assignment Question III year/V semester EEE class

Sl.

No. Register No. Student Name Assignment question

1 922517105001 ANANTHAKRISHNAN

R

Explain the application of power converter in

induction motor drive system.

2 922517105002 ANUSUYA M Explain the application of power converter in DC

power supply

3 922517105003 ARAVINDHAN D Discuss the Shunt compensation

4 922517105004 ARAVINTH V Explain the principle of operation of Unified

power flow controller

5 922517105005 AVINASH M Describe the Series compensation

.6

922517105006 BHARATH B

Explain the Electromagnetic interference issues in

usage of power converter device.

7 922517105007 CEBU ANAND A Describe the regenerative braking is obtained in

series motor with chopper control.

8 922517105008 DEVAKI S Discuss in detail the four quadrant operation

of four quadrant chopper fed DC drive

9 922517105009 DHARANI G Describe the uses of phase controlled rectifiers in

DC drives.

10 922517105011 DHILIPAN G

Describe the steady state analysis of the single

phase fully 2 Understand controlled converter fed

separately excited DC motor drive for continuous

and discontinuous conduction mode.

11 922517105013 GOBINATH P Discuss the operation of Multi-level inverter.

12 922517105014 GOPI G Explain the operation of synchronous motor

drives

13 922517105015 JAYANTHI R Explain the operation of Stepper motor control

14 922517105016 JEEVITHA K

Compose in detail about the closed loop operation

of armature voltage control method with field

weakening mode control in detail.

15 922517105017 KANAGARAJ B Describe the CSI fed synchronous motor drive in

detail.

16 922517105018 KANIMOZHI B Describe the closed loop speed control of VSI fed

and CSI fed induction motor drives.

17 922517105019 KARTHICK C Describe the open loop V/f speed control of

multiple Permanent magnet synchronous motor.

18 922517105020 KAVIN L Explain the Electromagnetic interference issues in


19 922517105021 KAVIYA S Explain the application of power converter in


20 922517105022 KEERTHIKA M Describe the regenerative braking is obtained in


21 922517105023 KISHORE KABRIN J Describe the uses of phase controlled rectifiers in

DC drives.

22 922517105024 KISHORE KUMAR A Describe the Series compensation

23 922517105025 LAVANYA S Explain the principle of operation of Unified


24 922517105026 MADHUMITHA S





25 922517105027 MAHESH BOOPATHI

S

Explain the operation of synchronous motor

drives

26 922517105029 MANOJ KUMAR B Discuss the operation of Multi-level inverter.

27 922517105030 MONICA S Explain the operation of Stepper motor control

28 922517105031 MOUNIKA S Explain the application of power converter in DC

power supply

29 922517105032 MUKILAN S Describe the closed loop speed control of VSI fed


30 922517105033 NAVI J Explain the Electromagnetic interference issues in


31 922517105034 OBILISAMY K Explain the application of power converter in


32 922517105035 OVIYA P

Discuss in detail with suitable diagrams and

waveforms the v/f control applied to induction

motor drives.

33 922517105036 PRABHA R Describe how regenerative braking is obtained in


34 922517105037 PRAGALATHAN E Describe the vector control of sinusoidal SPM in

constant torque region.

35 922517105039 PRAVEEN KUMAR N Describe the open loop V/f speed control of

multiple Permanent magnet synchronous motor.

36 922517105040 PRAVEEN T Explain the operation of synchronous motor

drives

37 922517105041 RAJESHWARAN M Discuss in detail the four quadrant operation


38 922517105042 RAVINDRAN R Describe the regenerative braking is obtained in


39 922517105044 SAKTHIVEL T Explain the operation of Stepper motor control

40 922517105045 SANGAVI B Discuss the Shunt compensation

41 922517105046 SEDHUPATHY S Describe the closed loop control speed control

current source fed induction motor drive.

42 922517105047 SHANMUGAPRIYA M Describe the vector control of sinusoidal SPM in

constant torque region.

43 922517105048 SHARUMATHI R





44 922517105049 SIVAGOKUL S Describe the closed loop speed control of VSI fed


45 922517105050 SIVA SABARISH U Describe the Series compensation

46 922517105051 SOWMIYA K



motor drives.

47 922517105052 SRIDHAR K




48 922517105053 SUBASH S Describe the CSI fed synchronous motor drive in

detail.

49 922517105054 SUTHAN N S Discuss in detail the four quadrant operation


50 922517105055 TAMILVANAN R Describe the closed loop speed control of VSI fed


51 922517105056 THARANITHARAN C Describe the closed loop control speed control

current source fed induction motor drive.

52 922517105057 VASANTHAKUMAR

A




53 922517105058 VIGNESH R Explain the principle of operation of Unified


54 922517105059 VIGNESHWARAN A Explain the application of power converter in DC

power supply

55 922517105060 VIKASH KUMAR R Describe the uses of phase controlled rectifiers in

DC drives.

56 922517105061 YUVASRI S



motor drives.

57 922517105301 NAGARAJA P Discuss the Shunt compensation

V.S.B. ENGINEERING COLLEGE, KARUR Department of Electrical and Electronics Engineering

Academic Year: 2019-2020 (ODD Semester)

ASSIGNMENT QUESTIONS

Class :III EEE/V Sem Subject: Digital Signal Processing

Sl.

No. Reg. No. Name of the Student

Topics

1 922517105001 ANANTHA

KRISHNAN R

Design of FIR filters

2 922517105002 ANUSUYA M symmetric FIR filters

3 922517105003 ARAVINDHAN D Anti-symmetric FIR filters

4 922517105004 ARAVINTH V Design of linear phase FIR filters using Fourier series method

5 922517105005 AVINASH M FIR filter design using windows (Rectangular, method

6 922517105006 BHARATH B FIR filter design using windows Hamming method

7 922517105007 CEBU ANAND A FIR filter design using Hanning window method

8 922517105008 DEVAKI S FIR filter design using windows Frequency sampling method

9 922517105009 DHARANI G FIR filter structures

10 922517105011 DHILIPAN G linear phase structure- direct form realizations

11 922517105013 GOBINAT H P Fixed point number representation

12 922517105014 GOPI G floating point number representation

13 922517105015 JAYANTHI R ADC - quantization

14 922517105016 JEEVITHA K ADC - truncation

15 922517105017 KANAGARAJ B ADC - rounding

16 922517105018 KANIMOZHI B quantization noise

17 922517105019 KARTHICK C input / output quantization

18 922517105020 KAVIN L coefficient quantization error

19 922517105021 KAVIYA S product quantization error - overflow error

20 922517105022 KEERTHIKA M limit cycle oscillations due to product quantization and summation

21 922517105023 KISHORE KABRIN J Baseband signal Sampling.

22 922517105024 KISHORE KUMAR A summary of analysis & synthesis equations for FT & DTFT

23 922517105025 LAVANYA S overlap save and overlap add method

24 922517105026 MADHUMITHA S Fixed and Floating point architecture

25 922517105027 MAGESH BOOPATHI

S

26 922517105029 MANOJ KUMAR B

27 922517105030 MONICA S

28 922517105031 MOUNIKA S

29 922517105032 MUKILAN S

30 922517105033 NAVI J

Sl.


Topics

31 922517105034 OBLISAMY K

32 922517105035 OVIYA P

33 922517105036 PRABHA R

34 922517105037 PRAGALATHAN E

35 922517105039 PRAVEEN T

36 922517105040 PRAVEEN KUMAR N

37 922517105041 RAJESWARAN M

38 922517105042 RAVINDRAN R Discuss the Up sampling methods

39 922517105044 SAKTHIVEL T Computational output round –off noise method.

40 922517105045 SANGAVI B

41 922517105046 SEDHU PATHY S

42 922517105047 SHANMUGA PRIYA M

43 922517105048 SHARUMATHI R

44 922517105049 SIVA GOKUL S

45 922517105050 SIVA SABARISH U

46 922517105051 SOWMIYA K

47 922517105052 SRI DHAR K

48 922517105053 SUBASH S

49 922517105054 SUTHAN N S Design a digital filter that will pass a 1Hz signal with attenuation

less then 2 dB and suppress 4Hz signal down to at least 42 dB

Sl.


Topics

from the magnitude of the 1Hz signal

50 922517105055 TAMIL VANAN R Explain Using Bilinear transformation convert H (S) = ( 2) ( 1) 1 2

+ S +S into H(Z)

51 922517105056 THARANITHARAN C Design a band stop filter to reject frequencies in the range 1-2

radians/sec using rectangular window N=7.

52 922517105057 VASANTHA KUMAR

A

Calculate Design one stage and two stage interpolators to meet

following specifications. I = 20 (a) Pass band: 0 ≤ F ≤ 90 (b)

Transition band: 90≤F ≤ 100 (c) Input sampling rate : 10,000HZ

(d) Ripple: δ1= 10-2 , δ2= 10-3

53 922517105058 VIGNESH R

Explain about the “dead band” of the filter. A digital system is

characterized by the difference equation y(n) = 0.95 y(n-1) + x(n).

Determine the dead band of the system when x(n)=0 and y(-1)=

13.

54 922517105059 VIGNESWARAN A Special transformations for IIR filters

55 922517105060 VIKASH KUMAR R Introduction , Down sampling

56 922517105061 YUVASRI S Methods to prevent overflow,Dead band effects.

57 -922517105302 NAGARAJA P Overflow oscillations Round –off noise in IIR digital filters ,


DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING

Academic Year 2019-20 (ODD Semester)

Class : III Year/ V Semester B.E., EEE

Name of the Subject: CS8392/Object Oriented Programming

Name of Faculty Member: Dr.S.K.Senthil Kumar

Assignment Date : 05.07.2019

Submission Date : 21.08.2019

Google Class Room Code: x5bgbsa

ASSIGNMENT TOPICS

Sl. No.

Reg. No. Name of the Student Assignment Topic

1 922517105001 ANANTHAKRISHNAN R (i) How to reverse Singly Linked List? (ii) Find out duplicate number between 1 to N numbers.

2 922517105002 ANUSUYA M Find out middle index where sum of both ends are equal

3 922517105003 ARAVINDHAN D Write a program to create deadlock between two threads

4 922517105004 ARAVINTH V (i) Write a program to reverse a string using recursive algorithm. (ii) Write a singleton class.

5 922517105005 AVINASH M Write a program to convert decimal number to binary format

6 922517105006 BHARATH B Write a program to find top two maximum numbers in a array

7 922517105007 CEBU ANAND A (i)Write a program to sort a map by value. (ii) Write a program to reverse a number

8 922517105008 DEVAKI S Write a program to find sum of each digit in the given number using recursion

9 922517105009 DHARANI G Write a program to implement hashcode and equals

10 922517105011 DHILIPAN G Write a program to convert string to number without using Integer.parseInt() method

11 922517105013 GOBINATH P (i)Write a program to remove duplicates from sorted array.(ii) Write a program to find perfect number or not.

12 922517105014 GOPI G Implement Binary Search Tree (BST) Level order traversal (breadth first)

13 922517105015 JAYANTHI R How to check the given Binary Tree is Binary Search Tree (BST) or not?

14 922517105016 JEEVITHA K Write a program to find the sum of the first 1000 prime numbers

15 922517105017 KANAGARAJ B Find longest substring without repeating characters.

16 922517105018 KANIMOZHI B Write a program for Bubble Sort and Insertion Sort in java.

17 922517105019 KARTHICK C Find min and max value from Binary Search Tree (BST)

18 922517105020 KAVIN L How to swap two numbers without using temporary variable?

19 922517105021 KAVIYA S How to get distinct elements from an array by avoiding duplicate elements?

20 922517105022 KEERTHIKA M Write a program to print all permutations of a given string.

21 922517105023 KISHORE KABRIN J (i) Write a program to find top two maximum numbers in a array.(ii) Write a program to sort a map by value.

22 922517105024 KISHORE KUMAR A (i) Write a program to print Fibonacci series. (ii)How to swap two numbers without using temporary variable?

23 922517105025 LAVANYA S

(i) Write a program to find sum of each digit in the given number using recursion. (ii) Write a program to check the given number is a prime number or not?

24 922517105026 MADHUMITHA S (i) Write a program to find the given number is Armstrong number or not?(ii) Write a program to convert binary to decimal number.

25 922517105027 MAHESH BOOPATHI S (i) Write a program to check the given number is binary number or not?(ii) Write a program for Bubble Sort in java.

26 922517105029 MANOJ KUMAR B (i) Write a program for Insertion Sort in java.(ii) Write a program to implement hash code and equals.

27 922517105030 MONICA S (i) Write a program to implement Array List. (ii)How to get distinct elements from an array by avoiding duplicate elements?

28 922517105031 MOUNIKA S (i) How to reverse Singly Linked List?(ii) Find out duplicate number between 1 to N numbers.

29 922517105032 MUKILAN S Find out middle index where sum of both ends are equal

30 922517105033 NAVI J Write a program to create deadlock between two threads

31 922517105034 OBILISAMY K (i) Write a program to reverse a string using recursive algorithm. (ii) Write a singleton class.

32 922517105035 OVIYA P Write a program to convert decimal number to binary format

33 922517105036 PRABHA R Write a program to find top two maximum numbers in a array

34 922517105037 PRAGALATHAN E (i)Write a program to sort a map by value. (ii) Write a program to reverse a number

35 922517105039 PRAVEEN KUMAR N Write a program to find sum of each digit in the given number using recursion

36 922517105040 PRAVEEN T Write a program to implement hash code and equals

37 922517105041 RAJESHWARAN M Write a program to convert string to number without using Integer.parseInt() method

38 922517105042 RAVINDRAN R (i)Write a program to remove duplicates from sorted array.(ii) Write a program to find perfect number or not.

39 922517105044 SAKTHIVEL T Implement Binary Search Tree (BST) Level order traversal (breadth first)

40 922517105045 SANGAVI B How to check the given Binary Tree is Binary Search Tree (BST) or not?

41 922517105046 SEDHUPATHY S Write a program to find the sum of the first 1000 prime numbers

42 922517105047 SHANMUGAPRIYA M Find longest substring without repeating characters.

43 922517105048 SHARUMATHI R Write a program for Bubble Sort and Insertion Sort in java.

44 922517105049 SIVAGOKUL S Find min and max value from Binary Search Tree (BST)

45 922517105050 SIVA SABARISH U How to swap two numbers without using temporary variable?

46 922517105051 SOWMIYA K How to get distinct elements from an array by avoiding duplicate elements?

47 922517105052 SRIDHAR K Write a program to print all permutations of a given string.

48 922517105053 SUBASH S (i) Write a program to find top two maximum numbers in a array.(ii) Write a program to sort a map by value.

49 922517105054 SUTHAN N S (i) Write a program to print Fibonacci series. (ii)How to swap two numbers without using temporary variable?

50 922517105055 TAMILVANAN R (i) Write a program to find sum of each digit in the given number using recursion.(ii) Write a program to check the given number is a prime number or not?

51 922517105056 THARANITHARAN C (i) Write a program to find the given number is Armstrong number or not?(ii) Write a program to convert binary to decimal number.

52 922517105057 VASANTHAKUMAR A (i) Write a program to check the given number is binary number or not?(ii) Write a program for Bubble Sort in java.

53 922517105058 VIGNESH R (i) How to reverse Singly Linked List? (ii) Find out duplicate number between 1 to N numbers.

54 922517105059 VIGNESHWARAN A Find out middle index where sum of both ends are equal

55 922517105060 VIKASH KUMAR R Write a program to create deadlock between two threads

56 922517105061 YUVASRI S (i) Write a program to reverse a string using recursive algorithm. (ii) Write a singleton class.

57 922517105301 NAGARAJA P Write a program to convert decimal number to binary format

Class Advisor HOD

V.S.B. ENGINEERINGCOLLEGE, KARUR Department of Electrical and Electronics Engineering

Academic Year: 2019- 2020 (Even Semester)

Assignment Questions

Class: III Year V Semester

Name of Subject: OMD551- Basics of Biomedical Instrumentation

Name of Faculty member:M.Balamurugan

Sl.

No. Reg.No. Student Name

Assignment Topic

1 922517105001 ANANTHAKRISHNAN

R

Discuss the different ways of transport of ions through the cell

membrane.(8)

2 922517105002 ANUSUYA M Discuss the different parts of central nervous system and their

activity.(8)

3 922517105003 ARAVINDHAN D Describe the action of piezoelectric transducer as arterial

pressure sensor. (8)

4 922517105004 ARAVINTH V Describe the working of a fibre optic temperature sensor.(8)

5 922517105005 AVINASH M

Sketch the block diagram of biomedical

instrumentation system and explain the functions of

each block. (8)

6 922517105006 BHARATH B

Sketch the diagram and equivalent circuit of a differential

capacitance pressure transducer and briefly explain its

operation. (8)

7 922517105007 CEBU ANAND A With the action potential waveform summarize depolarization,

repolarisation and absolute and relative refractory periods. (10)

8 922517105008 DEVAKI S How do you record the action potential? (6)

9 922517105009 DHARANI G Describe the generation and features of action potential. (8)

10 922517105011 DHILIPAN G Explain the function of human respiratory system system.(8)

11 922517105013 GOBINATH P

What are the different types of muscles? Generalize the

importance of motor unit in the muscular

contraction. (8)

12 922517105014 GOPI G

How does the piezoelectric transducer produce ultrasonic

waves? Create its electric equivalent near

resonance? (8)

13 922517105015 JAYANTHI R With a relevant graph describe the relationship between the

action potential and muscle contraction.(8)

14 922517105016 JEEVITHA K Describe in detail how pulsatile blood volume changes can be

measured using photoelectric type resistive transducer. (8)

15 922517105017 KANAGARAJ B Explain in detail about Peripheral nervous

system.(8)

16 922517105018 KANIMOZHI B Illustrate the working of ultrasonic transducers and discuss its

application. (8)

17 922517105019 KARTHICK C Explain the structure of human cell and its constituents with the

help of neat diagram.(8)

18 922517105020 KAVIN L What are the characteristic features to be considered while

selecting a transducer ?(8)

19 922517105021 KAVIYA S Draw the equivalent circuit of a magnetostrictive transducer at

its resonance and explain its working.(16)

20 922517105022 KEERTHIKA M Sketch the block diagram of automated electro

sphygmomanometer for blood pressure measurement and

explain its operation. (16)

21 922517105023 KISHORE KABRIN J Explain with relevant equations the working and

measurement procedure of Plethysmograph. (16)

22 922517105024 KISHORE KUMAR A Explain with the help of functional diagram the working of

spirometer. (16)

23 922517105025 LAVANYA S Explain the Rheographic method of blood pressure

measurement. (8)

24 922517105026 MADHUMITHA S Prepare the measurement methods of Galvanic skin response

(GSR) and Basal Skin Resistance (BSR). (8)

25 922517105027 MAHESH BOOPATHI S Explain the automatic and semiautomatic methods of

measuring blood pressure. (8)

26 922517105029 MANOJ KUMAR B

For what measurements can the spirometer be used? Explain

why basic lung volumes and capacities

cannot be measured with a spirometer? (8)

27 922517105030 MONICA S Define the important lung capacities and explain them. (8)

28 922517105031 MOUNIKA S

What are known as “Korotokoff sound”? How will you

measure them with an indirect method of

measurement?(4+12)

29 922517105032 MUKILAN S Describe the principle of digital pH meter. (8)

30 922517105033 NAVI J Discuss the Oscillometric blood pressure

measurement method. (8)

31 922517105034 OBILISAMY K Draw a non-mechanical chopper amplifier and explain its

working.(4)

32 922517105035 OVIYA P Draw the electrical equivalent circuit of a glass microelectrode

and explain its electrical characteristics.(12)

33 922517105036 PRABHA R Draw an ECG of a normal person, labeling the critical

features and explain the working of an ECG machine.(16)

34 922517105037 PRAGALATHAN E What are the uses of microelectrodes?.(8)

35 922517105039 PRAVEEN KUMAR N Describe the standard 12 lead system used for recording ECG.

(8)

36 922517105040 PRAVEEN T Discuss the working of typical EMG recording setup. (8)

37 922517105041 RAJESHWARAN M Discuss the working of isolation amplifier with diagram. (8)

38 922517105042 RAVINDRAN R Discuss the working of Differential amplifier. Mention their

importance in biomedical instrumentation. (8)

39 922517105044 SAKTHIVEL T Describe with help of circuit diagram, the working of a typical

instrumentation amplifier. (8)

40 922517105045 SANGAVI B Discuss about ERG. (8)

41 922517105046 SEDHUPATHY S Elaborate on the medical equipment maintenance and safety

parameters in handling it. (8)

42 922517105047 SHANMUGAPRIYA M Explain Einthoven triangle and describe how ECG lead

configurations are employed. (8)

43 922517105048 SHARUMATHI R Clearly describe the different lead systems in ECG Wave form

recording. (8)

44 922517105049 SIVAGOKUL S Illustrate the different requirements for biomedical amplifiers?

(6)

45 922517105050 SIVA SABARISH U Sketch a neat circuit diagram of a medical

preamplifier and deduce an expression for its net gain. (10)

46 922517105051 SOWMIYA K Define Half cell potential. What are polarisable and non-

polarisable electrodes? (8)

47 922517105052 SRIDHAR K Describe the usage of the various types of electrodes used to

measure biopotentials. (8)

48 922517105053 SUBASH S Describe in detail the various ways used to induced the

macroshocks. (16)

49 922517105054 SUTHAN N S Summarize the instruments used to check the safety parameters

of biomedical equipments. (16)

50 922517105055 TAMILVANAN R Explain the devices used against electrical hazards. (8)

51 922517105056 THARANITHARAN C Design the 10-20 electrode system used in EEG. (8)

52 922517105057 VASANTHAKUMAR A Prepare the different factors which affect the accuracy of the

recording related to biopotentials. (8)

53 922517105058 VIGNESH R Discuss the stone disease problem and the method used to

overcome with neat diagram.(8)

54 922517105059 VIGNESHWARAN A Discuss in detail the working of dialyser. (8)

55 922517105060 VIKASH KUMAR R Discuss the working of pressure and volume controlled

ventilator. (8)

56 922517105061 YUVASRI S Explain haemodialysis in a detailed manner along with its

merits and demerits. (10)

57 922517105302 NAGARAJA Illustrate with a neat diagram the working of SW diathermy. (8)

Documents

V.S.B. ENGINEERING COLLEGE, KARUR Department of Electrical … · 2019-10-16 · 27 922517105030 MONICA S Explain the operation of Stepper motor control 28 922517105031 MOUNIKA S