User:Jonasswa
From Robin
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Do we need an invasive method for classification (accelerometer), or is it sufficient with a non-invasive method (ECG)? | Do we need an invasive method for classification (accelerometer), or is it sufficient with a non-invasive method (ECG)? | ||
| - | == | + | |
| + | == Experiments == | ||
| + | === Experiment 1 === | ||
One of the first regressors going form accelerometer data to ECG data: | One of the first regressors going form accelerometer data to ECG data: | ||
[[Fil:ECG_TO_ACC_random250.png|600px|Example of a decent classification going from ACC to ECG]] | [[Fil:ECG_TO_ACC_random250.png|600px|Example of a decent classification going from ACC to ECG]] | ||
| + | |||
| + | === Experiment 2 === | ||
| + | |||
| + | === Experiment 3 === | ||
Revision as of 10:31, 12 October 2018
Contents |
Master
Thesis Structure
- Introduction
- Background
- The Human Heart
- Deep Learning
- Time-Series Signals
- Classifiers And Regressors
- Signal Processing Theory
- Available Data
- Experiment 1: Domain Analysis
- Idea
- Data preparation
- Time feature independent data set
- Time feature dependent data set
- Implementation
- Results
- Experiment 2: Classifying Cardiac Heart Functions
- Idea
- Preparations
- Implementation
- Results
- Experiment 3: Image Classification
- Idea
- Preparations
- Implementation
- Results
- Relation To Previous Research
- Future Work
- Conclusion
Questions
Is it possible to use motion data to predict the condition of the human heart? If so, can Deep Learning be used, and is it effective?
Do we need an invasive method for classification (accelerometer), or is it sufficient with a non-invasive method (ECG)?
Experiments
Experiment 1
One of the first regressors going form accelerometer data to ECG data:
600px|Example of a decent classification going from ACC to ECG
