Develop a routine on Matlab that you can use to manually measure the diameter of the left-ventricular cavity on the images after loading

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You need to write a 4-page long, single-spaced and two-column report in IEEE paper format, and following the steps to write the report. You need to use Matlab write codes to design a routine to measure the diameter of left-ventricular cavity on the images after loading. The code in Matlab that you create must be unique and all the things, including the report and code must be your work and no plagiarism!!!

Steps:

1. There are 4 files in the attachment named “mitral valve (MV)”, “papillary muscle (PM), “Apex” and “Apical4chVolunteer (4 chamber view)”, loading these 4 files on Matlab (check functions such as VideoReader etc.), then extract and save the end-diastolic (ED) and end-systolic(ES) frames by consulting the corresponding image files by provided by the physician, if necessary.
2. For selecting and measuring from the appropriate end-diastolic from the file “Apical4chVolunteer”, you can check the file “Cardiac_demo_patient_long_axis” to check which one the physician selected. Similarily, for selecting from the short-axis views, you can use the file “Cardiac_demo_patient_short_axis” also in attached files. Both images are shown below:

1. Develop a routine on Matlab that you can use to manually measure the diameter of the left-ventricular cavity on the images after loading. Make sure to indicate the points on the image and properly calibrate your method. For calibration, you can use the scale next to the image (to shown during the introductory presentation). Each tick mark on the scale is in cm.
2. The routine will use the modified Simpson’s rule on each of the ED and ES frames, calculate the ventricular cavity volume from the aforementioned files at end-diastole (EDV) and end-systole (ESV)

Modified Simpton’s rule formula (L is calculated on the “Apical4” view)

1. Compute the stroke volume (SV=EDV-ESV), ejection fraction (EF=SV/EDV), and cardiac output (CO=SV*HR) using the Heart rate (HR) as 60bpm, the routine can have the following forms:

[SV, EDV, ESV]=STROKE_VOLUME(‘APICAL4ch.avi’, ‘SA_ApexVolunteer.avi’,
‘SA_MitralVolunteer.avi’, ‘SA_PapilaryVolunteer.avi’)

Report format:

Introduction (motivation for the study/experiment)

– background, hypothesis

– necessity of study/experiment

– objective of study/experiment

Materials and Methods

– describe instrumentation, materials, analysis methods, etc., used in the study

– enough detail so that somebody else can repeat/test your work.

– focus on deviations from or additions to the lab instructions.

Results

– present & discuss results using tables, graphs, etc.

(include statistical analysis of your data)

Discussion

– summarize the major results of your experiments

– interpretation of your data and its importance.

– did outcome answer/accomplish your objectives.

– comparison to similar studies performed by others or self.

– new questions that arose from your work.

Appendix

– how did you do your calculations? (MatLab code)

– any other supporting information