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All available articles and research in section qhrs sistem.
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Analysis of the QHRS Biopyramid: 3.2.1. EDA sensors (electrodermal activity) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 3.2.1. EDA sensors (electrodermal activity)

With this sensor, the bioelectrical properties of the skin (described as both resistance and permeability of the skin) can be captured. In doing so, a...

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Analysis of the QHRS Biopyramid: 3.2.2. BVP - Sensor Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 3.2.2. BVP - Sensor

During this process, the light source projects infrared light onto the surface of the skin and all the reflected light is received by the photoelectr...

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Analysis of the QHRS Biopyramid: 3.2.3. Temperature sensors Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 3.2.3. Temperature sensors

With this sensor, changes in the skin temperature of subjects can be measured during experiments. Also, the temperature of the skin indirectly shows t...

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Analysis of the QHRS Biopyramid: 3.3. Choice of measurement procedures Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 3.3. Choice of measurement procedures

Checking the effectiveness of the QHRS biopyramid was performed using a long-term procedure of continuous action lasting thirty days. The following co...

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QHRS Biopyramid Analysis: 3.4 Basic Explanation of Charts with Reports Analysis of the QHR Biopyramid - research, methodology and results
QHRS Biopyramid Analysis: 3.4 Basic Explanation of Charts with Reports

Graphics from the sessions of this research were chosen with the aim of better understanding the results of the respondents in the main and control gr...

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4. Summary of statistical results Analysis of the QHR Biopyramid - research, methodology and results
4. Summary of statistical results

4.1. Tabular display of measured values ​​of skin conductivity4.1.1. Measurement values ​​of skin conductance in the main group (μSiemens)The values ​...

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Analysis of the QHRS Biopyramid: 4.1.2. Measured values ​​of skin conductivity in the control group (μSiemens) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.1.2. Measured values ​​of skin conductivity in the control group (μSiemens)

Control cycle 1 - Skin conductance - Control group Respondents Min. Max. Mean Standard Deviation Respondent4 1.00 1.04 1.03 0.01 Respondent 5...

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Analysis of the QHRS Biopyramid: 4.1.3 Graphic representation of the development of the mean value of skin conductivity in the main and control groups Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.1.3 Graphic representation of the development of the mean value of skin conductivity in the main and control groups

Overview of measured values: Mean skin conductance values in the main and control groups Cycle Main Group Control group Control cycle 1 1.27 1...

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Analysis of the QHRS Biopyramid: 4.2.1. Measurement values ​​of skin temperature in the main group (ºC) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.2.1. Measurement values ​​of skin temperature in the main group (ºC)

In a long-term study, the development of skin temperature values ​​depends on various factors, such as climate and the current amount of blood of the...

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Analysis of the QHRS Biopyramid: 4.2.2. Measurement values ​​of skin temperature in the control group (ºC) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.2.2. Measurement values ​​of skin temperature in the control group (ºC)

Control Cycle 1 - Skin Temperature - Control Group Respondents Min. Max. Mean Standard Deviation Respondent4 33.75 34,36 34.10 0.15 Responden...

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Analysis of the QHRS Biopyramid: 4.2.3. Graphic representation of the development of the mean value of the skin temperature of the subjects in the main and control groups Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.2.3. Graphic representation of the development of the mean value of the skin temperature of the subjects in the main and control groups

Overview of average skin temperature measurement values: Overview of mean skin temperature measurements Cycle Main Group Control group Control...

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Analysis of the QHRS Biopyramid: 4.3. Tabular display of heart rate measurement data Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.3. Tabular display of heart rate measurement data

4.3.1. Heart rate measurements in the main group (beats per minute) Heart beat is subject to control by both sympathetic and parasympathetic. The deve...

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Analysis of the QHRS Biopyramid: 4.3.2. Heart rate measurements in the control group (beats per minute) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.3.2. Heart rate measurements in the control group (beats per minute)

Control Cycle 1 - Heart Rate - Control Group Respondents Min. Max. Mean Standard Deviation Respondent4 86,29 103.79 93.49 2.23 Respondent 5 8...

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Analysis of the QHRS Biopyramid: 4.3.3. Graphic representation of the mean value of heart beats in subjects in the main and control groups Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.3.3. Graphic representation of the mean value of heart beats in subjects in the main and control groups

Overview of measured values of the average heart rate: View average heart rate measurements Cycle GG KG Control cycle 1 71.06 76.78 Control c...

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Analysis of the QHRS Biopyramid: 4.3.3.1. Heart rate development by reaction type (80 beats per minute) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.3.3.1. Heart rate development by reaction type (80 beats per minute)

Mean beat/minute value Cycle GG KG Control cycle 1 68.21 69.36 Control cycle 2 67.18 68.63 Control cycle 3 71.61 69.41 Control cycle 4 70...

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Analysis of the QHRS Biopyramid: 4.3.3.2 Heart rate development by reaction type (> 80 beats per minute) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.3.3.2 Heart rate development by reaction type (> 80 beats per minute)

Mean beat/minute value Cycle GG KG Control cycle 1 99.62 98.25 Control cycle 2 93.33 94.76 Control cycle 3 94.17 95.42 Control cycle 4 10...

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Analysis of the QHRS Biopyramid: 4.4. Tabular display of measurement data of the required amount of blood Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.4. Tabular display of measurement data of the required amount of blood

4.4.1. Measurement values of the required amount of blood in the main group (fictitious values) The increase in the required amount of blood, while r...

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Analysis of the QHRS Biopyramid: 4.4.2. Measurement values ​​of the required amount of blood in the control group (fictitious values) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.4.2. Measurement values ​​of the required amount of blood in the control group (fictitious values)

Control Cycle 1 - Blood Volume - Control Group Respondents Min. Max. CB CO RESPONDENT  4 49.59 74,13 62.46 5.85 RESPONDENT  5 9.50 30,16 18,1...

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Analysis of the QHRS Biopyramid: 4.4.3. Graphic representation of the development of the mean value of the required amount of blood in subjects in the main and control groups Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.4.3. Graphic representation of the development of the mean value of the required amount of blood in subjects in the main and control groups

Overview of measured values: Measurement values of mean blood volume Cycle GK GK Control cycle 1 38.95 25.93 Control cycle 2 37.99 41.33 Co...

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Analysis of the QHRS Biopyramid: 4.5. Development of Heart Rate Variability (HRV) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.5. Development of Heart Rate Variability (HRV)

Since the mid-80s of the last century, modern science has clearly accepted the interest in the subject of Heart Frequency Variability as an important...

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Analysis of the QHRS Biopyramid: 4.5.1. Criterion for measured values ​​of heart rate variability in the main group Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.5.1. Criterion for measured values ​​of heart rate variability in the main group

Control Cycle 1: Development of SFV Criteria – Main Group Respondents nn50 TFP NN   Min NN Max NN   MW RESPONDENT   1 0.00 680.30 774.00 907.00...

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Analysis of the QHRS Biopyramid: 4.5.2. Criterion for measured values ​​of heart rate variability in the control group Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.5.2. Criterion for measured values ​​of heart rate variability in the control group

Control cycle 1: SFV criteria development – Control group Respondents nn50 TFP NN   Min NN Max NN   MW RESPONDENT 4 9.00 1,447.50 758.00 907.00...

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Analysis of the QHRS Biopyramid: 4.5.3. Graphic representation of the development of the mean length of heart beats in subjects in the main and control groups Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.5.3. Graphic representation of the development of the mean length of heart beats in subjects in the main and control groups

Measurement values of mean heart beat length Cycle Main Group Control group Control cycle 1 855.55 823.33 Control cycle 2 880.17 826.68 Con...

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Analysis of the QHRS Biopyramid: 4.5.4. Graphic representation of the development of the overall effect on the autonomic nervous system in subjects in the main and control groups (TFP) Analysis of the QHR Biopyramid - research, methodology and results
Analysis of the QHRS Biopyramid: 4.5.4. Graphic representation of the development of the overall effect on the autonomic nervous system in subjects in the main and control groups (TFP)

The sum of the load on the separate sympathetic and parasympathetic components of the vegetative nervous system is represented as total energy -Total...

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