find suitable sensors for each application outlined below. In each case, based on the datasheet, create a table which shows: name, company, price, input range, output range, linearity, sensitivity, precision, accuracy, offset and response time of the introduced sensors.

a. An embedded system to measure human body’s temperature.

b. An embedded system to measure car engine temperature.

c. An embedded system to measure tire air pressure.

d. An embedded system to measure PH of tap water.

e. An embedded system to measure mechanical vibration of an electric motor, which spins 0-5000 RPM.

write a assembly language program to convert GRAY to BCD code in 8051

Please pick one form of power steering system and describe for us how it works. Any kind of power steering, not just for cars.

Discuss the idea of parametric models from a system level perspective and proceed to develop a 2-port
model for the small-signal diode experiment using h-parameters. Explain what gets abstracted with this
model. Are there any restrictions using this particular model?

How have communication systems changed over the past 35 years?

What is the most common form of communications systems found in modern SCADA systems? Why?

What are the four major components of a SCADA/ICS System?

Draw a simple graphic to describe their relationship (e.g. flow chart)

"Express your opinion about some novel areas that you can employ WSN."

Why do we use B-trees if ??(log?? ??) = ??(??????) for all ??, ??

When using Solar energy, explain the system engineering tradeoffs based on estimated performance, cost, schedule, or other relevant factors and the decision process and analysis tools used in making the decision.

1. The lines of code below form a counting loop:

LoadDelay mov.w #0x001A, R15

LoopTop dec.w R15

jnz LoopTop

Done

How many times will this loop execute? Provide the answer in decimal_________

2. Suppose the state of bits at P1OUT are 10110111 and the following line is executed:

xor.b #0x05,&P1OUT

What is the new state of bits at P1OUT after the above line executes? Provide the answer in binary_____________

3. What value is contained in R9 after the following lines complete execution?

mov #0x0C07, R9

bic #0x0703, R9

Provide the answer in hexadecimal_________

4. What value is contained in R9 after the following lines complete execution?

mov #0x0C07, R9

and #0x1783, R9

Provide the answer in hexadecimal_________

5. What value is contained in R9 after the following lines complete execution?

mov #0x0C02, R9

sub #0x0001, R9

Provide the answer in hexadecimal_________

6. Execute the following lines:

mov.w #0xFF02, R12

dec R12

jz CaseA

jmp CaseB

Which branch is taken? (circle one) CaseA CaseB

7. Execute the following lines:

mov.w #0x1234, R12

rra R12

What is the final value in R12?

Provide the answer in hexadecimal_________

8. Execute the following lines:

mov.w #0x8431, R12

rla R12

What is the final value in R12? Provide the answer in hexadecimal_________

For a system corresponding mainly to a uniform electric field, the flashover voltage is slightly lower than the breakdown voltage of air alone, for the same electrode gaps. The decrease in the flashover voltage is due to the presence of small air pockets between the electrodes and solid dielectric, the influence of moisture and the non-uniformity of the electric field resulting of the difference between the permittivity of both the solid and that of air. The non-uniformity of electric field increases with the voltage because of the surface charging that takes place in this situation.

The Laplace transform proves to be a highly valuable tool in electronic circuits analysis.

write 2 pages to states why it is valuable tool?

please remember to write the references whether are books or web sites

What would I add to the following code to detect the pitch of the audio signal? (use cepstral method)

clear all;
close all;
clc;

info = audiodevinfo;

info.input(1)
info.input(2)
pause(3); % delete it if necessary

clc;

fs = 44.1e3;
noBits = 16;
noChannels = 1;

recordObject = audiorecorder(fs,noBits,noChannels);

disp('Start speaking...');
record(recordObject);
pause(3);
stop(recordObject);
disp('End of Recording.');

x = getaudiodata(recordObject); %takin in as aperiodic signal
noSamples = length(x); %length of vector x "max(size(x))
time = [1:noSamples]/fs; %time ticks

%DFT: X[k]= (sigma x[n]*exp(-j*2*pi*k/Nf*n)
noSamples = length(x2)
noFrequencies = noSamples;
for ct =1:noSamples
X = nan(size(x2));
for k = 1:noFrequencies
X(k) = sum(x2.*exp(-j*2*pi*k/noFrequencies*n));
end

figure;
subplot(2,1,1);
kAsFrequencyIndicies = 1:noFrequencies;
plot(kAsFrequencyIndicies,abs(X));
box off;
subplot(2,1,2);
frequencyTicks = kAsFrequencyIndicies/noFrequencies*fs;
plot(frequencyTicks,abs(X));
box off;

Write the Verilog code for a 12-bit shift register with ability to shift left or right, synchronized parallel load, asynchronous reset, and serial output? The register is able to load the 12-bit input value (at the positive edge of the clock) if the load signal is one, shift the value in register one bit to the right (at the positive edge of the clock) if the rss signal is one, shift the value in register one bit to the left(at the positive edge of the clock) if lss signal is one, and reset the value in the register at any time if the rst signal is one. The shift register has two 1-bit output which are the MSB (Most significant bit) and LSB (Least significant bit) of the register at any given time. The priority of the signals is in the order as follows with rst having the highest priority. rst, load, rss, lss. When shift register is shifting the value to the right, the MSB bit takes in the load input MSB bit. When shift register is shifting the value to the left, the LSB bit takes in the load input LSB bit.

Discuss where the health care marketplace in the US is and how it is expected to change over the next 3-5 years giving an analysis and conclusion.