Part II – Collecting and processing data
Part II: Collecting and processing dataHaving covered the basics of what a Qualisys system is, in this video we discuss […]
EMG
Visual3D Basics Unit 8 – Chapter 6 – Reporting EMG data
EMG data can be reported in several ways. In this chapter, we show a few options to visualize the muscle data in various ways. We also show how to use gait events to make reports more informative.
Visual3D Basics Unit 8 – Chapter 4 – Processing EMG data
Electromyography, or EMG, is also quite common to find among the hardware found in biomechanics labs. However, learning how to use EMG data is not always covered. In this chapter, we show an example of processing steps that could be performed on EMG data.
Visual3D Basics Unit 8 – Chapter 1 – Introduction to analog data
The value of motion capture data for biomechanical evaluations is well-known, however, it made exponentially more useful when paired with analog data. Throughout this unit, we discuss various types of analog data, and some implementations in Visual3D, from the tools to the pipelines and the reports.
Reporting EMG data
Visual3D BasicsUnit 8:Working with analog data Chapter 6: Reporting EMG data EMG data can be reported in several ways. In […]
Processing EMG data
Visual3D BasicsUnit 8:Working with analog data Chapter 4: Processing EMG data Electromyography, or EMG, is also quite common to find […]
Introduction to analog data
Visual3D BasicsUnit 8:Working with analog data Chapter 1: Introduction to analog data The value of motion capture data for biomechanical […]
Linear Envelope
Working with EMG data, you will most likely encounter the need to use a Linear Envelope. In this tutorial, we explain what this type of data processing is doing to your signals.
Pipeline: Linear Envelope
Motion capture data is often used alongside synchronized electromyography (EMG) data, so you will most likely find a need to process muscle activations. In this tutorial, we show you how to create a pipeline to perform linear envelope smoothing of your data. We show you the steps to implementing high-pass, rectify, and low-pass commands on EMG signals.
