WEEK 17 - BLOG SUBMISSION

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As I writing this blog I can keep track on my FYP 1 progress for every week. 

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WEEK 8 : (FYP2)THESIS WORKSHOP & SETUP BLYNK APPLICATION CONNECTION

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In this week, the briefing was conducted online via M. Teams as usuall, all the attandance of all FYP 2 student is compulsory. The briefing was by Sir Osman and En Ahmad Syukri. This week briefing is about the  Discussion  (Chapter 4) and Conclusion (Chapter 5).                     Date: 24/3/2021                     Venue: Online via M.Teams                     Time: 3:00PM - 5:00PM In this briefing, the FYP committees have been brief us about: How to write the Discussion and Conclusion If possible do a graph, chart or table for the measurement result           *if graph, it must has a title, the x and y axis must be correct The discussion and conclusion must be in past tense The picture of the result must has a caption For conclusion, just summarize what has been done Its okay if the project not function but must explain the reason why doesn't function The conclusion must reflect back the objective Other activity im doing for this week is to setup blynk application for the projec
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WEEK 5 - ARTICLE RESEARCH ON RELATED TOPIC

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For this week, I need to make a lot of research on my project which is Monitoring System of PUI Respiration Rate. The research was include the use of variety sensor in detecting the pressure on the chess wall.  The previous work on method of monitoring without contact with the patients. I also research about the Symptom of Covid-19 and how the symptom effect respiration rate of the Covid-19 Patient. Therefor, due to the Covid-19 pandemic, i need to create a remotely device that can monitor respiration rate of the patient without any contact with them. Beside that the article I research also include the breathing mechanism.
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WEEK 6 : (FYP2) DESIGN SCHEMATIC DIAGRAM OF THE CIRCUIT

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 For this week, I'm going to design the circuit diagram for my project. This circuit consist of several component including the microcontroller NodeMCU.   So, I'm using the fritzing software to design the circuit diagram on breadboard. I'm using A0 as the Input for the Force Sensitivity Resistor. For LED I'm using the D1 and D3 pin for the output. The push button is use as the external reset button and is connected to the RESET pin. The switch is use to turn on and off the circuit. So how this device work. when we are breathing, there will be a change in resistance with respect to the force of the thoracic. When breathing occurs, there will be increase in the force. This increase in force will reduce the resistance in FSR and this reduction in resistance will allow conductance and this conduction is counted as one breath. This is the process involved in measuring the heart rate.
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