Validation of sensors for analyzing during exercise - Revision history

Carch18 at 08:26, 24 February 2021

2021-02-24T08:26:50Z

Carch18 at 08:26, 24 February 2021

2021-02-24T08:26:33Z

Carch18: Created page with "'''Objective:''' The objective of the project is to find a way to measure and analyse the respiration of the human lungs. The measurement will need to be able to map the volum..."

2021-02-24T08:25:58Z

Created page with "'''Objective:''' The objective of the project is to find a way to measure and analyse the respiration of the human lungs. The measurement will need to be able to map the volum..."

New page

'''Objective:'''
The objective of the project is to find a way to measure and analyse the respiration of the human lungs. The measurement will need to be able to map the volume and frequency of the breathing, to identify if there is any correlation between the breathing and movement, while during different exercises.
The project is divided into two phases. In the first phase the focus will be in test and examination of different sensors that can be used for monitoring breathing. In the second phase it will be investigated if there is a correlation between the breathing and the synchronization of the movement.

'''Background:'''
Respiration has a huge importance for the body and is an essential part of the contraction of the muscles. Respiration is normally controlled by the autonome nervesystem, so the breathing happens automatically . Under physical hard work the body will have to use oxygen, therefore the respiration frequency and the respiration volume will increase. The body is very good at adjusting the conditions, because of this there might be a correlation between the respiration rhythm and the rhythm of the physical movement under physical hard work.
If it is obtainable to detect a synchronisation between the respiration and the movement, then it will be possible to have a greater focus on the breathing to increase the presentation.

'''Contents'''
* Theory about electrical components in sensors for measurement of breathing
* Theory regarding the anatomy and physiology behind the breathing of the human
* Validation of the measuring equipment and sensors for measuring breathing
* Conduct experiments and collect data from the measurements
* Data processing and analysis of the measurements
* Recapitulation and conclusion of the processed data

'''Subject knowledge'''
* Sensor technology
* Signal processing
* Physiology
* Anatomy

@@ Line 9: / Line 9: @@
 Respiration has a huge importance for the body and is an essential part of the contraction of the muscles. Respiration is normally controlled by the autonome nervesystem, so the breathing happens automatically . Under physical hard work the body will have to use oxygen, therefore the respiration frequency and the respiration volume will increase. The body is very good at adjusting the conditions, because of this there might be a correlation between the respiration rhythm and the rhythm of the physical movement under physical hard work.
 If it is obtainable to detect a synchronisation between the respiration and the movement, then it will be possible to have a greater focus on the breathing to increase the presentation.
 '''Contents'''

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 '''Objective:'''
 The objective of the project is to find a way to measure and analyse the respiration of the human lungs. The measurement will need to be able to map the volume and frequency of the breathing, to identify if there is any correlation between the breathing and movement, while during different exercises.
 The project is divided into two phases. In the first phase the focus will be in test and examination of different sensors that can be used for monitoring breathing. In the second phase it will be investigated if there is a correlation between the breathing and the synchronization of the movement.
@@ Line 5: / Line 6: @@
 '''Background:'''
 Respiration has a huge importance for the body and is an essential part of the contraction of the muscles. Respiration is normally controlled by the autonome nervesystem, so the breathing happens automatically . Under physical hard work the body will have to use oxygen, therefore the respiration frequency and the respiration volume will increase. The body is very good at adjusting the conditions, because of this there might be a correlation between the respiration rhythm and the rhythm of the physical movement under physical hard work.
 If it is obtainable to detect a synchronisation between the respiration and the movement, then it will be possible to have a greater focus on the breathing to increase the presentation.
 '''Contents'''
 * Theory about electrical components in sensors for measurement of breathing
 * Theory regarding the anatomy and physiology behind the breathing of the human
@@ Line 18: / Line 21: @@
 '''Subject knowledge'''
 * Sensor technology
 * Signal processing
 * Physiology
 * Anatomy