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CleverPoint 4 User Manual

16
  • Introduction
    • Customer Support
    • Regulatory Compliance
    • Warranty and Copyright
  • Product Information
    • Product information
    • Technical specifications
    • Application compatibility
    • Safety precautions
    • Maintenance
  • Getting Started
    • Kit contains
    • Equipment Check
    • Types of CleverPoint 4 Indications
    • Charging your CleverPoint 4
    • Turning CleverPoint 4 on/off
    • First time Wi-Fi setup
    • Connecting CleverMask to the VR Headset
    • Connecting the ECG cable to CleverPoint 4

Stressonika - Guide for Working with raw ECG data

20
  • Introduction
  • Chapter 1. General points.
    • General points
  • Chapter 2. Cardio domain
    • Cardio domain
    • Sector. 1
    • Sector. 2
    • Sector. 3
    • Sector 4
    • Sector 5
    • Sector 6
    • Sector 7
    • Sector 8
  • Chapter 3. Cardio domain: examples
    • Cardio domain: examples
    • 3.1. ECG recording quality
    • 3.2. Preparing the “Cardio domain” page for consultation
    • 3.3 Viewing the “Cardio domain” page during consultation (Example 1)
    • 3.4 . Viewing the “Cardio domain” page during consultation (Example 2)
    • 3.5. Viewing the “Cardio domain” page during consultation (Example 3)
    • 3.6 . Viewing the “Cardio domain” page during consultation (Example 4)
    • 3.7. Viewing the “Cardio domain” page during consultation (Example 5)
    • 3.8. The “Cardio domain” page. Conclusion.

CleverPoint View Data v2.15 User Guide

55
  • Introduction
    • Introduction
  • 0. Fundamentals of Electrophysiology for Beginners
    • 0.1. What Are Physiological Signals?
    • 0.2. Autonomic Nervous System (ANS)
    • 0.3. Emotions and the Brain
    • 0.4. Electrodes and Their Placement in the CleverPoint Setup
  • 1. General Principles of Signal Processing
    • 1.1. Basic Transformations
    • 1.2. Marking and Trim
    • 1.3. CAR (Common Average Reference)
    • 1.4. Denoise (Blink Artifact Suppression)
    • 1.5. Normalize
    • 1.6. IMF (Empirical Mode Decomposition)
    • 1.7. Filtering
    • 1.8. Power vs Amplitude
    • 1.9. Epoch
  • 2. “Summary” Interface
    • 2.1. Purpose
    • 2.2. Controls
    • 2.3. Graphs
    • 2.4. Data Export
  • 3. “Time Domain” Interface
    • 3.1. Purpose
    • 3.2. Controls
    • 3.3. Signal Display
    • 3.4. Signal Transformations
  • 4. “Frequency Domain” Interface
    • 4.1. Purpose
    • 4.2. Interface Structure
    • 4.3. Controls
    • 4.4. Spectral Analysis Methods
    • 4.5. Channel Correlation
    • 4.6. Time Series
  • 5. “Power Domain” Interface
    • 5.1. Purpose
    • 5.2. “Power by sections” Mode
    • 5.3. “Between-channel interactions” Mode
    • 5.4. Frequency-Band Graphs
  • 6. “Coherence” Interface
    • 6.1. Purpose
    • 6.2. Controls
    • 6.3. Coherence Calculation Method
    • 6.4. Display
    • 6.5. Interpretation
    • 6.6. Use in Research
  • 7. “Emotional State” Interface
    • 7.1. Purpose
    • 7.2. Interface Structure
    • 7.3. Controls
    • 7.4. Emotion Calculation Method
    • 7.5. Display
    • 7.6. Section Selection
  • 8. “Cardio Domain” Interface
    • 8.1. Purpose
    • 8.2. Interface Structure
    • 8.3. Controls
    • 8.4. Extraction of RR Intervals
    • 8.5. HRV Parameters
    • 8.6. Visualization
    • 8.7. Data Export
  • 9. Conclusion
    • Conclusion
    • 9.1. Recommendations for Use
    • 9.2. Additional Resources
    • 9.3. Beginner’s Guide
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  • Introduction

Introduction

1 min read

You (your company, university, department, etc.) have purchased the CleverPoint Stressonika product for testing persons (employees, clients, research participants, etc.). Working with Stressonika without working with the CleverntView software product is possible, but it will not be as effective, will not be insured against erroneous conclusions, will not provide an opportunity for generalization, statistical data processing, retrospective analysis, and a scientific approach to the results obtained from the studies performed.

Why does Stressonika work better with CleverView?

First, CleverView allows you to visualize the obtained bioelectric signals in the form of an electrocardiogram (ECG), cardiointervalogram (CIG), electroencephalogram (EEG), electromyogram (EMG) and other data both for the entire observation period and for the period of testing that is of interest to you. This is extremely important, as it helps to avoid erroneous interpretation of the report if the sensors are applied incorrectly, the recording is overloaded with artifacts related to technical or biological interference. In addition, an ECG even in a single lead can make it possible to see gross deviations of the heart rhythm and to refer a person in time to a specialist for professional examination.

Second, the visual coverage of the cardiointervalogram, reflecting fluctuations of the RR interval, during the test in Stressonika will allow you to form a picture of the respondent’s autonomic status and assess the mobility of the regulation processes of the psychophysiological state. In combination with the data of the automatic report, this will make it possible not only to comment on the results obtained more weightily and argumentatively, but also to illustrate your conclusions with the help of graphs built in ClevertView. This form of communication makes an impression and makes a person think about themselves not only as a personality, but also as a biological subject whose functioning sometimes needs targeted adjustment.

Third, CleverView allows you to obtain digitized data on the dynamics of RR intervals and heart rate variability (HRV) indices. These values can be stored in accessible databases, collected, systematized, generalized, and used to create your own card index for special groups of respondents. Over time, this work on the evidential basis of your views will give significant weight to your consultations when working with people who come for testing.

Fourth, CleverView contains a modern set of mathematical methods for data processing which, when used skillfully, expand the arsenal of skills of a consultant and/or researcher working with Stressonika.

Fifth, skillful use of scientific approaches in data processing and presentation will increase both your internal self-esteem and the level of trust when communicating with a person who has come to you with their psychological or somatic problems.

If our arguments for the need to master CleverView were sufficiently convincing, we suggest that you familiarize yourself with this manual for working with our software application for Stressonika.

We find the CleverView program shortcut, click it, and begin to study and work.

Success and good luck!

Updated on 01.03.2026

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Our mission is to develop products that heighten user awareness of the pivotal role physiology plays in personal and professional endeavors.

We strive to empower our users with the tools to effectively manage stress, prevent burnout, and optimize their well-being.

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