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14 Questions

Votes Activity Newest Views

votes

answer

115

views

Getting out a system of linear ODEs by knowing the Magnus expansion

fa.functional-analysis ca.classical-analysis-and-odes real-analysis differential-equations differential-operators

Oct 5 '15 at 11:09 Carlo Beenakker 103k

votes

answers

views

Injectivity of product functions on natural number sequences

nt.number-theory real-analysis ca.classical-analysis-and-odes analytic-number-theory

Sep 14 '18 at 10:39 Joseph Adams 3

votes

answers

133

views

Is there a nice way to express a matrix exponential when rows are proportionally scaled?

linear-algebra ca.classical-analysis-and-odes matrices matrix-exponential

Jul 21 '17 at 15:48 Rodrigo de Azevedo 1,969

votes

answers

views

Selecting the best choice for the smallest single appearing natural number

pr.probability probability-distributions game-theory

Sep 1 '16 at 10:42 tobias 363

votes

answers

393

views

Natural number solutions for equations of the form $\frac{a^2}{a^2-1} \cdot \frac{b^2}{b^2-1} = \frac{c^2}{c^2-1}$

ag.algebraic-geometry nt.number-theory algebraic-number-theory diophantine-equations

May 22 at 9:43 Gerry Myerson 53

votes

answer

366

views

General solution to system of stochastic linear differential equations

pr.probability ca.classical-analysis-and-odes stochastic-processes differential-equations stochastic-differential-equations

Jan 27 '16 at 1:20 Community♦ 1

vote

answers

140

views

Questions on Riemann's explicit formula

nt.number-theory real-analysis analytic-number-theory prime-numbers riemann-zeta-function

Apr 6 '19 at 8:10 tobias 363

vote

answer

296

views

Solutions to linear SDE with many noise sources

pr.probability ca.classical-analysis-and-odes stochastic-processes differential-equations stochastic-differential-equations

Mar 30 '17 at 7:14 Community♦ 1

vote

answer

views

Can we implicitly fit a system of linear ODEs by reduced information?

ca.classical-analysis-and-odes real-analysis differential-equations

Oct 7 '14 at 15:04 Joonas Ilmavirta 7,023

votes

answers

125

views

Exact and simple expressions for the (inverse) of the $n$-th Bernoulli number

nt.number-theory real-analysis analytic-number-theory prime-numbers bernoulli-numbers

Apr 16 at 7:06 tobias 363

votes

answer

573

views

Parameter estimation distribution for hypergeometric distribution

pr.probability st.statistics probability-distributions

Oct 31 '16 at 23:47 Michael Hardy 8,696

votes

answer

views

Fit a system of linear ODEs from several experiments

ca.classical-analysis-and-odes ds.dynamical-systems na.numerical-analysis differential-equations applied-mathematics

Sep 15 '15 at 22:17 tobias 363

-2

votes

answer

174

views

Strong estimates for the zeta function on natural numbers

nt.number-theory real-analysis ca.classical-analysis-and-odes analytic-number-theory

Sep 16 '18 at 21:20 Craig Franze 131

-2

votes

answers

108

views

Systems of ODEs that fulfill a matrix relationship at steady state [closed]

ca.classical-analysis-and-odes real-analysis na.numerical-analysis

Nov 24 '14 at 22:18 Pietro Majer 45.1k

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14 Questions

Getting out a system of linear ODEs by knowing the Magnus expansion

Injectivity of product functions on natural number sequences

Is there a nice way to express a matrix exponential when rows are proportionally scaled?

Selecting the best choice for the smallest single appearing natural number

Natural number solutions for equations of the form $\frac{a^2}{a^2-1} \cdot \frac{b^2}{b^2-1} = \frac{c^2}{c^2-1}$

General solution to system of stochastic linear differential equations

Questions on Riemann's explicit formula

Solutions to linear SDE with many noise sources

Can we implicitly fit a system of linear ODEs by reduced information?

Exact and simple expressions for the (inverse) of the $n$-th Bernoulli number

Parameter estimation distribution for hypergeometric distribution

Fit a system of linear ODEs from several experiments

Strong estimates for the zeta function on natural numbers

Systems of ODEs that fulfill a matrix relationship at steady state [closed]