Global and Stochastic Analysis (GSA)
Vol. 11 No. 4 (September, 2024)
1. FRACTIONAL STOCHASTIC HEAT CONDUCTION EQUATION OF HYPERBOLIC TYPE
DOI: 10.64837/GSA.11.4.1
How to Cite:
MAMADSHO ILOLOV et.al. , 2024. FRACTIONAL STOCHASTIC HEAT CONDUCTION EQUATION OF
HYPERBOLIC TYPE. Global and Stochastic Analysis, 11(4).
HYPERBOLIC TYPE. Global and Stochastic Analysis, 11(4).
2. A NOVEL GRAPH, KN − DOME AND ITS DEGREE BASED TOPOLOGICAL INDEX
DOI: 10.64837/GSA.11.4.2
How to Cite:
ASHWINI YALNAIK et.al. , 2024. A NOVEL GRAPH, KN − DOME AND ITS DEGREE BASED TOPOLOGICAL
INDEX. Global and Stochastic Analysis, 11(4).
INDEX. Global and Stochastic Analysis, 11(4).
3. INVESTIGATION SOLVABILITY OF THE STOCHASTIC MODEL OF NONLINEAR DIFFUSION WITH
RANDOM INITIAL VALUE
RANDOM INITIAL VALUE
DOI: 10.64837/GSA.11.4.3
How to Cite:
N.A. MANAKOVA et.al., 2024. INVESTIGATION SOLVABILITY OF THE STOCHASTIC MODEL OF
NONLINEAR DIFFUSION WITH RANDOM INITIAL VALUE. Global and Stochastic Analysis, 11(4).
4. ON THE FIRST-PASSAGE AREA FUNCTIONAL OF A TELEGRAPH PROCESS
DOI: 10.64837/GSA.11.4.4
How to Cite:
NIKITA RATANOV , 2024. ON THE FIRST-PASSAGE AREA FUNCTIONAL OF A TELEGRAPH PROCESS. Global
and Stochastic Analysis, 11(4).
and Stochastic Analysis, 11(4).
5. MODELLING A COMMUNICATION SYSTEM USING STOCHASTIC PETRI NETS WITH FUZZY PARAMETER
DOI: 10.64837/GSA.11.4.5
How to Cite:
V.PADMA et.al., 2024. MODELLING A COMMUNICATION SYSTEM USING STOCHASTIC PETRI NETS WITH
FUZZY PARAMETER. Global and Stochastic Analysis, 11(4).
FUZZY PARAMETER. Global and Stochastic Analysis, 11(4).
6. A COMPUTATIONAL ANALYSIS OF THE EFFECTIVENESS OF FAST FOURIER TRANSFORM IN
DENOISING ECG SIGNALS
DENOISING ECG SIGNALS
DOI: 10.64837/GSA.11.4.6
How to Cite:
DIVYA SHENOY et.al. , 2024. MODELLING A COMMUNICATION SYSTEM USING STOCHASTIC PETRI NETS
WITH FUZZY PARAMETER. Global and Stochastic Analysis, 11(4).
WITH FUZZY PARAMETER. Global and Stochastic Analysis, 11(4).
DOI: 10.64837/GSA.11.4.7
How to Cite:
MADHUMITHA K. V. et.al. , 2024. KG-SOMBOR ENERGY OF GRAPHS WITH SELF LOOPS. Global and
Stochastic Analysis, 11(4).
8. THE STOCHASTIC SYSTEM OF WENTZELL MOISTURE FILTRATION EQUATIONS ON A HEMISPHERE AND
ON ITS EDGE
ON ITS EDGE
DOI: 10.64837/GSA.11.4.8
How to Cite:
NIKITA GONCHAROV et.al. , 2024. THE STOCHASTIC SYSTEM OF WENTZELL MOISTURE FILTRATION
EQUATIONS ON A HEMISPHERE AND ON ITS EDGE. Global and Stochastic Analysis, 11(4).
9. ON ABSOLUTELY MONOTONIC FUNCTIONS AND SOME INEQUALITIES FOR SPECIAL FUNCTIONS
DOI: 10.64837/GSA.11.4.9
How to Cite:
SERGEI SITNIK , 2024. ON ABSOLUTELY MONOTONIC FUNCTIONS AND SOME INEQUALITIES FOR
SPECIAL FUNCTIONS. Global and Stochastic Analysis, 11(4).
DOI: 10.64837/GSA.11.4.10
How to Cite:
B. SRIPATHY ET.AL. , 2024. FURTHER RESULTS ON FINITE PRIME DISTANCE GRAPHS. Global and
Stochastic Analysis, 11(4).
Stochastic Analysis, 11(4).
11. AN ASSESSMENT OF THE ORTHOGONAL AND BIORTHOGONAL DISCRETE WAVELET TRANSFORM
BASED DENOISING OF BIOLOGICAL SIGNALS
BASED DENOISING OF BIOLOGICAL SIGNALS
DOI: 10.64837/GSA.11.4.11
How to Cite:
ANOOP KISHORE et.al. , 2024. AN ASSESSMENT OF THE ORTHOGONAL AND BIORTHOGONAL DISCRETE
WAVELET TRANSFORM BASED DENOISING OF BIOLOGICAL SIGNALS. Global and Stochastic Analysis, 11(4).
12. PRIMENESS IN SEMINEARRINGS AND S-SEMIGROUPS
DOI: 10.64837/GSA.11.4.12
How to Cite:
PRAKASH PADOOR et.al. , 2024. PRIMENESS IN SEMINEARRINGS AND S-SEMIGROUPS. Global and
Stochastic Analysis, 11(4).
Stochastic Analysis, 11(4).
13. OPTIMIZATION OF QUASI-LINEAR MODELS OF COMPLEX SYSTEMS WITH A FINITE NUMBER OF
DETERMINISTIC PRIORITIES
DETERMINISTIC PRIORITIES
DOI: 10.64837/GSA.11.4.13
How to Cite:
T.A. VOLOSATOVA AND A.G. DANEKYANTS , 2024. OPTIMIZATION OF QUASI-LINEAR MODELS OF
COMPLEX SYSTEMS WITH A FINITE NUMBER OF DETERMINISTIC PRIORITIES. Global and Stochastic
COMPLEX SYSTEMS WITH A FINITE NUMBER OF DETERMINISTIC PRIORITIES. Global and Stochastic
Analysis, 11(4).
14. A GENERALIZATION OF THE RESULT OF V.V. SENATOV ON CHARACTERISTIC FUNCTIONS OF
CONVOLUTIONS OF PROBABILITY DISTRIBUTIONS
CONVOLUTIONS OF PROBABILITY DISTRIBUTIONS
DOI: 10.64837/GSA.11.4.14
How to Cite:
V. N. SOBOLEV AND A. E. CONDRATENKO , 2024. A GENERALIZATION OF THE RESULT OF V.V. SENATOV
ON CHARACTERISTIC FUNCTIONS OF CONVOLUTIONS OF PROBABILITY DISTRIBUTIONS. Global and
Stochastic Analysis, 11(4).
ON CHARACTERISTIC FUNCTIONS OF CONVOLUTIONS OF PROBABILITY DISTRIBUTIONS. Global and
Stochastic Analysis, 11(4).
15. NUMERICAL ALGORITHM AND COMPUTATIONAL EXPERIMENTS FOR A CERTAIN LINEAR
STOCHASTIC OSKOLKOV MODEL
DOI: 10.64837/GSA.11.4.15
How to Cite:
E. A. SOLDATOVA* AND A. V. KELLER , 2024. NUMERICAL ALGORITHM AND COMPUTATIONAL
EXPERIMENTS FOR A CERTAIN LINEAR STOCHASTIC OSKOLKOV MODEL. Global and
EXPERIMENTS FOR A CERTAIN LINEAR STOCHASTIC OSKOLKOV MODEL. Global and
Stochastic Analysis, 11(4).
16. ANALYSIS OF THE STOCHASTIC OSKOLKOV SYSTEM WITH A MULTIPOINT INITIAL-FINAL VALUE
CONDITION
CONDITION
DOI: 10.64837/GSA.11.4.16
How to Cite:
T. G. SUKACHEVA AND S.A. ZAGREBINA , 2024. ANALYSIS OF THE STOCHASTIC OSKOLKOV SYSTEM WITH
A MULTIPOINT INITIAL-FINAL VALUE CONDITION. Global and Stochastic Analysis, 11(4).
A MULTIPOINT INITIAL-FINAL VALUE CONDITION. Global and Stochastic Analysis, 11(4).