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A python DIgital Signal ProcEssing Library developed to standardize extraction of sensor-derived measures (SDMs) from wearables or smartphones data.

License: MIT License

Makefile 0.15% Python 99.85%
accelerometer device-motion digital-biomarker drawing gait-analysis pinching sensors-data signal-processing turning typing

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dispel's Issues

Create a Tutorial Notebook to leverage DISPEL with Mobilize-D YAR Data

Overview

This issue aims to develop a comprehensive, easy-to-follow tutorial notebook that effectively demonstrates how to leverage DISPEL with Mobilize-D data. This tutorial aims to provide new users with a hands-on approach to learning the library's functionalities, making it easier to integrate into their projects.

Objectives

  1. Data Introduction: Briefly introduce Mobilize-D data, its significance, and typical use cases.
  2. Environment Setup: Guide on setting up the necessary environment, including library installation.
  3. Basic Operations: Cover basic library functions, showcasing simple data manipulations and operations.
  4. Advanced Features: Dive into more complex features, providing real-world examples deriving SDMs from Mobilize-D data.
  5. Best Practices: Offer guidance on best practices for transforming datasets and including technical and behavioural deviations.
  6. Interactive Examples: Include interactive examples for users to experiment with, enhancing learning engagement.

Desired Outcomes

  • A Jupyter notebook that is well-documented, with clear explanations and code comments.
  • The tutorial should cater to beginners and intermediate users, gradually building in complexity.
  • Users should feel confident using the library with Mobilize-D data for their specific needs after completion.

Add descriptions of test-specific assumptions

Overview

Currently, little information is provided on the basic assumptions for each algorithm in DISPEL.
For instance, gait and turn algorithms assume a lumbar-mounted device. Drawing algorithms assume a handheld device.

Objectives

  1. Add information about BDH/ADS Konectom battery of tests based this link
  2. Add information about APDM / Mobilise-D data based on this link
  3. Add information about Digital Artefacts Finger Tapping this link

Desired Outcomes

  • More information about test-specific assumptions and instructions added as module doctstrings.

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