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Submission Day

On 6 December 2019 will be the dateline of FYP documents submissions. Students are required to submit: 1. Technical Paper 2. Full Thesis with Hard Cover 3. Project Submission Form 4. Turnitin Report 5. Copyright Form 6. Submission Metadata 7. CD (Abstract, Picture, Poster, Thesis, Video, Schematic/Coding)
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Revision Week

As the report thesis and technical paper has been completed, it is time to make a hardcover for my thesis. Lecturers has given guideline on content, format and advise on printing a hardcover. The hardcover need to be perfect because it need to be submitted to the library. Technical paper also need to be checked because it has format too.  Hardcover Thesis

Week 17 (18/11/2019 - 22/11/2019)

The thesis has been done so let's move with technical paper. Technical paper is a summarize for report thesis for the project to give the overview for the viewers. Technical paper required title, author name, department and email. The contents were introduction, materials and method, results, discussion and conclusion.   Technical Paper pg. 1 Technical Paper pg. 2 Technical Paper pg. 3 Technical Paper pg. 4

Week 16 (11/11/2019 - 15/11/2019)

Task: Updating Chapter 5. As the assessor from FYP Exhibition has been giving opinion and comment on my project, so I put it in the recommendation of Chapter 5. Recommendations For the recommendation, this project need a lot of improvement even though the project was successfully operated. The sensor was very sensitive and it just measure the pulse rate straightaway without knowing the persons was not in resting position.         When observing the Serial Monitor, the heart rate measurement and track plays were displayed some error even though it played the right track. For example, the heart rate was 87 BPM and playing track 128. It should be on track 3. In the SD Card of MP3 Shield there were only four tracks. Some fix should be made in future so that it displayed the right track number with the heart rate measurement.         As for this project only play the audio of heart rate status, it should play the number of heart rate too. Blind...

Week 15 (4/11/2019 - 8/11/2019)

Task: Updating Chapter 4. This chapter includes the findings explanation and the data analysis. During develop this project, most important things that need to be carried out were the objectives. Result 1: Accuracy of Pulse Sensor Circuit Analysis To determine the accuracy of the pulse detector circuit, an experimental analysis was conducted on the pulse sensor circuit. In patient monitor and pulse sensor, heart rate measuring is compared between the pulse oximeter. Here is the contrast between the pulse oximeter and the pulse sensor for reading the heart rate. Comparison of Heart Beat Accuracy between Pulse Oximeter and Pulse Sensor between Five Students Result 2: Classifier Analysis with Audio Output The purpose of this experiment is to determine whether the heart rate status generated by the earphone using Cytron EasyMP3 Shield is consistent with the current heart status displayed through Serial Monitor on Arduino IDE. This is to ensure that the audio was pr...

Week 14 (28/10/2019 - 1/11/2019)

Friday 1 Nov 2019 2:45pm - 5;00pm Event: Top 20 Award and Best IEEE projects awards ceremony           :Workshop on Technical Paper Writing from FYP Thesis Top 20 were given for those who give the best idea and performance during FYP Exhibition Day as well as to the Best IEEE Project Award Ceremony. Congratulation to the winner. Next, workshop on technical paper writing from FYP thesis session. It requires do technical paper along with report thesis. In technical paper should have: 1. Top of the Pages Abstract Problem Statement Approach Result Conclusion/Discussion Keyword 2. Content Introduction Materials and Method Results Discussion Conclusion References

Week 13 (21/10/2019 - 25/10/2019)

Task: Updating Chapter 3 at the report as chapter 2 has been completed. In Chapter 3, the components and methods will be describing in the project. This chapter covers about block diagram, flowchart of project, the software and list of components and cost estimation this project. This chapter will detail more about each and every component’s function in this project. From the components, the explanation of coding will be explained too. This method shows on how to implement the coding with the component required to build up the project. Block Diagram of the Project The block diagram shows the flow of the project works, started from input, microprocessor and output. At the toggle switch, it has designed with the battery when blind persons only want the know the status of the heart rate via earphone.         Once the toggle switch has been turned on, Arduino Uno starts to process the information from the pulse sensor, and then with EasyMP3 Shield. Ea...