Download GTU B.Tech 2020 Summer 5th Sem 2150305 Modelling And Simulation Of Physiological Systems Question Paper

Download GTU (Gujarat Technological University Ahmedabad) B.Tech/BE (Bachelor of Technology/ Bachelor of Engineering) 2020 Summer 5th Sem 2150305 Modelling And Simulation Of Physiological Systems Previous Question Paper

Seat No.: ________
Enrolment No.___________


GUJARAT TECHNOLOGICAL UNIVERSITY
BE - SEMESTER? V EXAMINATION ? SUMMER 2020
Subject Code: 2150305 Date:27/10/2020
Subject Name: MODELLING & SIMULATION OF PHYSIOLOGICAL
SYSTEMS
Time: 02:30 PM TO 05:00 PM Total Marks: 70
Instructions:
1. Attempt all questions.

2. Make suitable assumptions wherever necessary.

3. Figures to the right indicate full marks.

Q.1 (a) List the applications of physiological modelling.
03

(b) Discuss the dissimilarities of physiological control system with engineering
04
control system.

(c) Explain the oculomotor muscle model with appropriate diagrams.
07



Q.2 (a) Draw the cardiac output and venous return curves.
03

(b) Derive mathematical formulas of linear model of muscle mechanics.
04

(c) Draw and explain the black box model of neuromuscular stretch reflex with
07
necessary equations and result graphs.


OR


(c) Draw and explain the graphs of steady-state response of muscle stretch reflex.
07



Q.3 (a) Draw & analyze the steady-state response of Glucose-Insulin model.
03

(b) Equate mathematical formulas of gas exchange model.
04

(c) Draw and analyze the graphs showing steady-state of respiratory control
07
mechanics.


OR

Q.3 (a) Draw & analyze the time domain response of Glucose-Insulin model.
03

(b) "The negative feedback in physiological control system is embedded within the
04
characteristics of the system." Justify the statement with appropriate example.

(c) Discuss the process of modelling with characteristics of good model.
07



Q.4 (a) List advantages of distributed parameter model with appropriate application.
03

(b) Describe the experimental procedure for measurement of neuromuscular reflex
04
motion.
1

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(c) Discuss various descriptors of impulse and step re
sponse of linearized respiratory 07


mechanics model in terms of time domain characteristics.

OR

Q.4 (a) List advantages of lumped parameter model with appropriate application.
03

(b) Draw the strength-duration curve for a neuron. What part does the electrical
04
resistance of membrane performs?

(c) Draw and differentiate the steady-state graphs of single and double feedback loop
07
of cardio vascular variability model.



Q.5 (a) Define mean circulatory pressure with necessary equations.
03

(b) Derive mathematical representation of venous return using mean circulatory
04
pressure.

(c) Derive the mathematical formulas of time to Peak Overshoot and maximum
07
velocity for Westheimer's saccadic eye movement model.


OR
Q.5 (a) List out the assumptions made by Westheimer for developing saccadic eye
03
movement model.
(b) Draw and explain the Westheimer's saccadic eye movement model with the
04
transfer function.
(c) Explain the model of respiratory sinus arrhythmia with necessary graphs.
07

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