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| * Introduction: Hilbert-Huang Transform (HHT) | <style="color:#00FF00"> * Introduction: Hilbert-Huang Transform (HHT) |
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| the original data into some appropriate data sets that contributes to some frequency bands. Basically the EMD is described by a sifting function defined as $$ x^2 $$ | the original data into some appropriate data sets that contributes to some frequency bands. Basically the EMD is described by a sifting function defined as {{https://upload.wikimedia.org/math/e/e/4/ee4471f673afaddfc791f692cf250f6b.png}} |
HHT based Instrumental Glitch Trigger Generation
Project Description
<style="color:#00FF00"> * Introduction: Hilbert-Huang Transform (HHT) HHT is a recently suggested empirical data transform based on adaptive bases. So it is very useful for analyzing non-linear and/or non-stationary data. The HHT consists of two main parts: 1) empirical mode decomposition (EMD) 2) Hilbert transform. The EMD can decompose the original data into some appropriate data sets that contributes to some frequency bands. Basically the EMD is described by a sifting function defined as 
Goal
Preliminary Analysis of HHT
Trigger Generation Method
Simulation Results