Abp label abp mmhg case

Project Requirements

Your project must meet the following requirements to receive a passing grade for the project portion of the class:

	The display must have a refresh rate of at least 5 Hz. The maximum sample rate must be at least 25 kHz. The frequency response must be flat if no gain or attenuation is specified for any of the bands. The delay through the system must be no more than 1 s.

You must also list the minimum system requirements for the program.

Design Summary

In addition, you must include the following

The analysis algorithm written in pseudo-code.

A weekly accounting of the hours invested by each student. The weekly summary should also include the total hours invested by each student.

Suggestions of how you might market and sell this tool or otherwise distribute this tool. You may want to consider some of the open source or free software licenses.

Source Code

This section describes how functions should interact with the user, both in operation

I. BEHAVIOR

B. Plotting
The following criteria only apply to functions that generate one or two plots.

•

•
•

FormatFigurePosition).

The first figure is placed in the upper left corner of the screen. (see
FormatFigurePosition, formerly FigureSet)
The second figure (if any) is placed in the upper right corner of the screen. The function does not generate an excessive number of figures, typically no more than two. (Subplots are allowed).

II. INTERFACE

A. Function Name

B. Input and Output Arguments

• •
•
• • •	‘off’.
Generic input signals: x or xn for multiple signals where n is an integer (e.g. x1, x2, …).
Generic output signals:
Sample rate:

III. Documentation

	All sections have three spaces of indentation, as is common with MathWorks functions, unless explicitly stated otherwise (see Sections 1, 5, and 6). There is exactly one blank line of separation between each of the sections.

	This section has no indentation. The name is immediately followed by a colon and then a space. The description ends with a period.

• • •	Paragraphs (if more than one) are separated by a blank line.

Section 7: References

• •

B . Acceptable Input/Output Abbreviations

Input signal x



Autocorrelation r
Minimum	min
Maximum	max

Acceptable Function Name Prefix and Suffix Abbreviations Fast Fourier Transform FFT
Power Spectral Density PSD

Periodicals

1.J. U. Duncombe, “Infrared navigation—Part I: An assessment of feasibility,” IEEE Trans. Electron Devices, vol. ED-11, pp. 34–39, Jan. 1959.

Papers Presented at Conferences (Unpublished)

1.D. Ebehard and E. Voges, “Digital single sideband detection for interferometric sensors,” presented at the 2nd Int. Conf. Optical Fiber Sensors, Stuttgart, Germany, 1984.

Part II: CODING STYLE

This section describes how code should be written to enhance interpretability for future code debugging and revision.

Examples: frequencyMean, passbandEdge, filterOrder

•

Example:
%========================================================== ======
% DEFINITIONS
%========================================================== ======
% MSE: Mean Square Error
% acWindow: AutoCorrelation Window
% X: FFT of x

Example: rootDataDirectory

•	Variables that are only used within the following few lines may use one or two letter names, though this is generally not recommended.

•

Examples:
nSubdirectories = length(Subdirectories);
cFilesExtensionExt = 0;
for c1=1:nSubdirectories,
files = dir([Subdirectories(c1).name
‘/*.ext’]);
cFilesExtensionExt = cFilesExtensionExt + length(files); end;

	In general, there is seldom use for constants in MATLAB and they should be generally avoided. When they are necessary, use named constants instead of numbers in your code.

	Avoid using set=/=get in a function unless it behaves similarly to the MATLAB functions, set and get.

E. Data Structures

Examples:
Patients(1).name = Smith;
Patients(1).age = 24.5;
Patients(1).Signals(1).name = arterial blood pressure; Patients(1).Signals(1).abbreviation = ABP;
Patients(1).Signals(1).units = mmHg;
Patients(1).Signals(1).sampleRate = 125;
Patients(1).Signals(1).signal = abp;
Patients(1).Signals(2).name = electrocardiogram;
Patients(1).Signals(2).abbreviation = ECG;
Patients(1).Signals(2).units = mV;
Patients(1).Signals(2).sampleRate = 500;
Patients(1).Signals(2).signal = ecg;

V. PLOTTING

When figures are included in written documents, the font size of all the numbers and labels should be approximately equal to the size of the figure captions. If multiple symbols or lines are included in a plot, they should be defined in the figure legend (preferred) or caption. Use legend in MATLAB.

Axis limits should always be specified so that the full horizontal range is used. The vertical range may use the full range of the data or leave a 2.5% buffer at the top and bottom of the plot.

with the
===, ---, and ...

extending to line 70.

end

* In a series of assignments with = operators, it improves readability if the equal signs are aligned in the same column. Example: instead of the code above, use

xRms = sqrt(mean(x.^2));
xUniqueSorted = unique(x);
nUniqueSorted = length(xUniqueSorted);
xUniqueWeighted = xUniqueSorted.*y(1:nUniqueSorted); iUnique = find(xUniqueWeighted <= xRmse);