ieeexplore.ieee.org

Deconvolutive Optimized General Linear Chirplet Transform and Its Application in Hydrocarbon Detection (opens in new tab)

Time–frequency analysis (TFA) methods are widely used techniques for local frequency analysis and seismic attribute extraction, playing a significant role in hydrocarbon-bearing reservoir prediction and geological structure interpretation. The general linear Chirplet transform (GLCT) has been widely adopted in TFA due to its superior time resolution. However, the GLCT suffers from the limitation of a fixed time window width, which restricts its adaptability to signals with varying frequency c...

Read the original article
Sign in to keep reading the full article.

Keyboard Shortcuts

Navigation

Next / previous post
j/k
Open post
oorEnter
Preview post
v

Post Actions

Love post
a
Like post
l
Dislike post
d
Undo reaction
u
Save / unsave
s

Recommendations

Add interest / feed
Enter
Not interested
x

Go to

Home
gh
Interests
gi
Feeds
gf
Likes
gl
History
gy
Changelog
gc
Settings
gs
Discover
gb
Search
/

General

Show this help
?
Submit feedback
!
Close modal / unfocus
Esc

Press ? anytime to show this help