Теория случайных процессов

9th Skorokhod readings, day II

9th Skorokhod readings, day II
Канал: Теория случайных процессов

10:30
0
9th Skorokhod Readings, 2026

9th Skorokhod Readings, 2026
Канал: Теория случайных процессов

10:30
0
Lecture 10. Scaling Limits of reflected random walks. Pilipenko A. Yu.

Lecture 10. Scaling Limits of reflected random walks. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Lecture 11. Skorokhod space of cadlag functions. Pilipenko A. Yu.

Lecture 11. Skorokhod space of cadlag functions. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Lecture 09. Limits of additive functionals of Markov Chains. The Skorokhod reflecting problem

Lecture 09. Limits of additive functionals of Markov Chains. The Skorokhod reflecting problem
Канал: Теория случайных процессов

04:37
0
Lecture 14. Simple random walk semipermeable membrane. Pilipenko A. Yu.

Lecture 14. Simple random walk semipermeable membrane. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Lecture 15. Skew Brownian motion. Pilipenko A. Yu.

Lecture 15. Skew Brownian motion. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Lecture 13. Generalized Skorokhod reflection Part2. Pilipenko A. Yu.

Lecture 13. Generalized Skorokhod reflection Part2. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Lecture 12. Functional limit theorems. Generalized Skorokhod reflection. Pilipenko A. Yu.

Lecture 12. Functional limit theorems. Generalized Skorokhod reflection. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:37
0
Maria Belozerova. Dynamical Systems Based on Stochastic Differential Equations with Interaction

Maria Belozerova. Dynamical Systems Based on Stochastic Differential Equations with Interaction
Канал: Теория случайных процессов

04:37
0
Kyrylo Kuchynskyi. Logarithmic Sobolev Inequality for SDE with interactions

Kyrylo Kuchynskyi. Logarithmic Sobolev Inequality for SDE with interactions
Канал: Теория случайных процессов

02:25
0
G. Navrotskiy. Large Deviation Principle for the Winding Number of a Gaussian Isotropic Random Field

G. Navrotskiy. Large Deviation Principle for the Winding Number of a Gaussian Isotropic Random Field
Канал: Теория случайных процессов

02:25
0
Andrey Pilipenko. Limit theorems for general one-dimensional diffusions.

Andrey Pilipenko. Limit theorems for general one-dimensional diffusions.
Канал: Теория случайных процессов

14:40
0
Andrey A. Dorogovtsev. Conditional distributions of Gaussian random curves

Andrey A. Dorogovtsev. Conditional distributions of Gaussian random curves
Канал: Теория случайных процессов

01:10
0
K. Hlyniana, Superposition of random mappings and Gaussian limits for thinnings of point processes

K. Hlyniana, Superposition of random mappings and Gaussian limits for thinnings of point processes
Канал: Теория случайных процессов

08:14
0
G. Ryabov, Stochastic flows on metric graphs

G. Ryabov, Stochastic flows on metric graphs
Канал: Теория случайных процессов

08:14
0
Naoufel Salhi. On measures related with a generalization of intersection local times

Naoufel Salhi. On measures related with a generalization of intersection local times
Канал: Теория случайных процессов

18:35
0
M. Vovchanskii. Heat potentials for limit theorems for point densities for Arratia flows with drift

M. Vovchanskii. Heat potentials for limit theorems for point densities for Arratia flows with drift
Канал: Теория случайных процессов

16:39
0
Oleksii Galganov. Asymptotic properties of leaves in preferential attachment random recursive trees

Oleksii Galganov. Asymptotic properties of leaves in preferential attachment random recursive trees
Канал: Теория случайных процессов

16:39
0
Lecture 5. LLN for Markov chains. Convergence in distribution. Pilipenko A. Yu.

Lecture 5. LLN for Markov chains. Convergence in distribution. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
Lecture 6. Convergence in distribution II. Pilipenko A. Yu.

Lecture 6. Convergence in distribution II. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
Lecture 4. Generating function III. Recurrence and Transience of Random walks. Pilipenko A. Yu.

Lecture 4. Generating function III. Recurrence and Transience of Random walks. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
Lecture 8. Functional limit theorems for continuous time random walks. Pilipenko A. Yu.

Lecture 8. Functional limit theorems for continuous time random walks. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
Lecture 3. Generating function II. Recurrent equations and Random walks. Pilipenko A. Yu.

Lecture 3. Generating function II. Recurrent equations and Random walks. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
Lecture 2. Generating functions I. Pilipenko A. Yu.

Lecture 2. Generating functions I. Pilipenko A. Yu.
Канал: Теория случайных процессов

04:51
0
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