Highlights
Q1) Which of the following is(are) medical device(s)? Briefly justify.
a. Smart Phone
b. Proton Pump Inhibitor
c. iPhone Step Counter
d. Transdermal Drug Delivery Patch
e. Face mask
Q2) Design a closed-loop body sensor network to control blood pressure in patients with hypertension. Briefly draw and describe the function(s) of each module of your design.
Q3)
(a) Describe the two main electrical states of an excitable cell.
(b) Describe biotechnology that applies electrical energy to change the permeability of the cell membrane. Explain the principle of technology with a diagram.
(c) Give one medical application of the biotechnology mentioned in (b).
Q4) The following setup is used to measure the output voltage of a defibrillator:
where the voltmeter reads V(t) = Vp sin ( 2n ft) .
(a) If Zi and Z2 are ideal resistors, each with the resistance of R, write the output voltage of the defibrillator in terms of Vp, land R.
(b) Parasitic inductance is an unwanted inductance effect that is unavoidably present in all real electronic devices. If Zi and Z2 are resistors that can be represented by two parallel components: a resistor with a resistance of R and an inductor with an inductance of L, write the output voltage of the defibrillator in terms of Vp, f, R, and L.
(c) Suggest a suitable frequency, f, in terms of Hertz for the defibrillator. Justify.
(a) Sketch and label the basic units of a biological neural network.
(b) Sketch and label the basic units of an artificial neural network.
(c) Suggest ONE usage of artificial neural networks in body sensor networks.
Q5)
(a) Sketch and label the basic units of a biological neural network.
(b) Sketch and label the basic units of an artificial neural network.
(c) Suggest ONE usage of artificial neural networks in body sensor networks.
(d) Sketch and label the basic units of a convolutional neural network.
(e) Discuss ONE medical application of a convolutional neural network.
Q6)
(a) Name ONE blood pressure measurement device. List all sensor(s) used in the device.
(b) State whether the method is a DIRECT or INDIRECT measurement method of blood pressure.
(c) Briefly explain the working principle of the method with a labeled diagram.
(d) Discuss the main advantage and disadvantages of the method.
(e) Suggest ONE medical application of it.
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