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Last updated on July 23, 2024. This conference program is tentative and subject to change
ICFDA 2024 Keyword Index
A
B
C
E
F
H
I
M
N
O
P
R
S
T
V
A | Top |
Artificial Intelligence | FrA01.1, FrA01.2, FrA01.3 |
Automatic Control & Stability | FrA01.1, FrA02.1, FrA02.3, FrA02.4, FrA03.2, ThA01.1, ThA01.2, ThA01.3, ThA03.1, ThA03.2, ThA03.3, ThA03.4, ThA03.5, ThA03.6, ThA04.1, ThA04.2, ThB02.1, ThB02.2, ThB02.3, ThB02.4, ThB02.5, ThB02.6, ThDS.1, ThDS.2, ThDS.7, WeA02.1, WeB01.1, WeB01.2, WeB01.3, WeB01.4, WeB01.5, WeB01.6 |
B | Top |
Biology & Biomedicine | WeA01.4, WeA02.1, WeA02.2, WeA02.3, WeA02.4, WeA02.5 |
C | Top |
Chirp; | FrPL.1 |
CO2 concentration | WeP1L.1 |
COVID-19 spreading prediction | WeP1L.1 |
E | Top |
Earth Science | ThB03.3 |
Electrical Engineering & Electromagnetism | FrA02.6, ThA01.5, WeB01.1 |
Electrochemistry | ThA01.2, WeA01.5 |
Epidemics | FrA01.2, WeA02.3, WeA02.4 |
F | Top |
Finance and Economics | FrA02.5, FrA03.1 |
Fox H Form | WeP2L.1 |
FPM model | WeP1L.1 |
Fractional differentiation | FrPL.1 |
Fractional integro-differentiation | WeP2L.1 |
Fractional power model (FPM) | WeP1L.1 |
H | Top |
History of Fractional-Order Calculus | ThA01.1, ThB01.1, ThB01.2, ThB01.3, ThB01.4, WeA02.5, WeB02.1, WeB02.2, WeB02.3, WeB02.4, WeB02.5 |
I | Top |
Image Processing | FrA03.3, FrA03.4 |
M | Top |
Mathematical methods | FrA01.2, FrA01.3, FrA02.1, FrA02.4, FrA02.5, FrA03.1, ThA01.2, ThA02.1, ThA02.2, ThA02.3, ThA02.4, ThA02.5, ThA02.6, ThA03.1, ThA03.2, ThA03.4, ThA03.5, ThA04.1, ThA04.2, ThA04.3, ThA04.4, ThA04.5, ThA04.6, ThB01.1, ThB01.2, ThB01.3, ThB03.1, ThB03.2, ThB03.3, ThB04.1, ThB04.2, ThB04.3, ThB04.4, ThB04.5, ThB04.6, WeA01.1, WeA01.2, WeA02.3, WeA02.4, WeA03.1, WeA03.2, WeA03.3, WeA03.4, WeA03.5, WeA03.6, WeB01.2, WeB01.3, WeB01.5, WeB02.1, WeB02.2, WeB02.3, WeB02.4, WeB03.1, WeB03.2, WeB03.3 |
Mechanics & Viscoelasticity | ThB03.1, ThB03.2, ThB03.3, ThB03.4, ThB03.5, ThB03.6, ThDS.7 |
Mechatronics | ThDS.2 |
Meijer G Form | WeP2L.1 |
N | Top |
Non-integer differentiation | WeP1L.1 |
Non-integer integration | WeP1L.1 |
Non-integer power of time | WeP1L.1 |
Numerical approximation | ThPL.1 |
O | Top |
One-dimensional integral transform | WeP2L.1 |
Oscillating singularity | FrPL.1 |
Others | ThA04.3, ThB01.4, ThB02.1, ThB03.5, ThB04.2, ThB04.3, ThB04.4, WeB01.6, WeB02.2 |
P | Top |
Physics | ThB03.4, ThB03.5, WeB02.1, WeB03.1, WeB03.2, WeB03.3 |
Predictive form with long memory | WeP1L.1 |
R | Top |
Riemann-Liouville integral, diffusive representation, infinite state representation, Laplace transform, admissible transformation | ThPL.1 |
Robotics | ThDS.1, ThDS.3, ThDS.4, ThDS.5, WeB01.4 |
S | Top |
Signal Processing | FrA03.1, FrA03.2, ThA01.4, WeA01.6, WeA02.2 |
Singularities Analysis and Integral Representations | FrA02.2, ThA02.2, ThA02.3, ThA02.4, ThA02.6, ThB01.2, ThB04.5, ThB04.6 |
Special Functions | FrA02.5, ThA02.2, ThA02.3, ThA02.4, ThA02.5, ThA02.6, ThB01.1, ThB04.3, ThB04.4, WeB02.4, WeB02.5 |
System Analysis & Dynamics | FrA02.3, FrA02.4, ThA01.5, ThA02.5, ThA03.2, ThA03.3, ThA03.4, ThA03.6, ThA04.1, ThA04.4, ThB02.1, ThB02.2, ThB02.3, ThB02.4, ThB04.2, ThDS.2, ThDS.5, ThDS.7, WeA01.1, WeA01.2, WeA02.6, WeB01.3, WeB01.6, WeB02.5, WeB03.1 |
System identification & Modeling | FrA02.1, FrA02.3, FrA02.6, ThA01.1, ThA01.3, ThA01.4, ThA01.5, ThA01.6, ThA03.6, ThB01.3, ThDS.3, ThDS.4, ThDS.5, ThDS.6, WeA01.1, WeA01.2, WeA01.3, WeA01.4, WeA01.5, WeA01.6, WeA02.1, WeA02.2, WeA02.5, WeA02.6, WeB01.5 |
T | Top |
Thermal Engineering | ThA01.6, WeA01.4 |
V | Top |
Variational Principles | FrA01.1 |
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