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A transformation approach to modeling multi-modal diffusions
Julie Lyng Forman
,
Michael Sørensen
Department of Mathematical Sciences
Section of Biostatistics
9
Citations (Scopus)
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Dive into the research topics of 'A transformation approach to modeling multi-modal diffusions'. Together they form a unique fingerprint.
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Mathematics
Modeling
100%
Diffusion Model
68%
Protein
64%
Diffusion Coefficient
60%
Protein Folding
44%
Molecular Dynamics
42%
Model
40%
Bimodal
38%
Estimating Function
37%
Likelihood Inference
37%
Folding
36%
First Passage Time
36%
Unfolding
34%
Measurement Error
32%
Martingale
29%
Time Scales
28%
Dependent
20%
Demonstrate
18%
Form
12%
Business & Economics
Modeling
90%
Diffusion Model
72%
Protein
59%
Measurement Error
34%
Coefficients
32%
First Passage Time
32%
Time Scales
26%
Martingale
25%
Inference
18%
Engineering & Materials Science
Proteins
31%
Protein folding
25%
Fasteners
19%
Molecular dynamics
19%
Measurement errors
17%