# Category:Asymptotic analysis

Computing portal |

Here is a list of articles in the Asymptotic analysis category of the Computing portal that unifies foundations of mathematics and computations using computers.

## Subcategories

This category has only the following subcategory.

### A

## Pages in category "Asymptotic analysis"

The following 52 pages are in this category, out of 52 total.

- Asymptotic analysis
*(computing)*

### A

- Akra–Bazzi method
*(computing)* - Asymptotic expansion
*(computing)* - Asymptotic homogenization
*(computing)* - Asymptotology
*(computing)*

### B

- Big O notation
*(computing)* - Borel's lemma
*(computing)*

### C

- Contraction principle (large deviations theory)
*(computing)*

### D

- Dawson–Gärtner theorem
*(computing)* - Distinguished limit
*(computing)* - Divergent series
*(computing)*

### E

- Euler–Maclaurin formula
*(computing)* - Exponentially equivalent measures
*(computing)* - Extrapolation
*(computing)*

### F

- Freidlin–Wentzell theorem
*(computing)*

### G

- Galactic algorithm
*(computing)* - Gregory coefficients
*(computing)*

### H

- Hardy field
*(computing)* - Hardy notation
*(computing)* - Homotopy analysis method
*(computing)*

### I

- Iterated logarithm
*(computing)*

### L

- L-notation
*(computing)* - Laplace principle (large deviations theory)
*(computing)* - Laplace's method
*(computing)* - Large deviations theory
*(computing)* - Limit (mathematics)
*(computing)* - Linear predictive analysis
*(computing)*

### M

- Master theorem (analysis of algorithms)
*(computing)* - Method of dominant balance
*(computing)* - Method of matched asymptotic expansions
*(computing)* - Method of steepest descent
*(computing)* - Multiple-scale analysis
*(computing)*

### P

- Perturbation problem beyond all orders
*(computing)* - Perturbation theory
*(physics)*

### Q

- Quadratic growth
*(computing)*

### R

- Rate function
*(computing)* - Richardson extrapolation
*(computing)* - Riemann–Lebesgue lemma
*(computing)*

### S

- Saddlepoint approximation method
*(computing)* - Schilder's theorem
*(computing)* - Sequence transformation
*(computing)* - Series acceleration
*(computing)* - Shanks transformation
*(computing)* - Slowly varying envelope approximation
*(physics)* - Stirling's approximation
*(computing)* - Stokes phenomenon
*(computing)*

### T

- Tilted large deviation principle
*(computing)* - Transseries
*(computing)*

### V

- Varadhan's lemma
*(computing)* - Variational perturbation theory
*(computing)*

### W

- Watson's lemma
*(computing)* - WKB approximation
*(physics)*