TESTING OF SOFTWARE FOR CALCULATING A MULTICHANNEL QUEUING SYSTEM WITH �COOLING� AND E2-APPROXIMATION
Rubrics: ARTICLES
Authors:
1.
postgraduate student
Emperor Alexander I St. Petersburg State Transport University
2.
postgraduate student
Emperor Alexander I St. Petersburg State Transport University
Type:
Article
Pages:
from 22
to 28
Status:
Published
Received:
11.01.2025
Accepted:
11.01.2025
Published:
11.01.2025
Subject area:
UDK УДК
Language:
Russian
Keywords:
servlets, filters, cloud computing, cooling, web interface, queuing theory
Abstract (English):
An application for the cloud-based system with a web interface and the use of fi lters, fi lter estimated impact on the performance of cloud services. Calculations are based on queuing theory and synthesis of multi-channel systems models with “cooling” and not an approximation of Markov processes with the help of phase-type distributions. Describes charts and transitions matrix microstates multichannel queuing system for modelling application with a web interface, a diagram to calculate the stationary distribution of the number of requests in the system and developed a JAVA program that implements a fi lter for the data encryption. The scheme of mutual validation of models of multi-channel service delivery systems with a “cooling” is presented.
An application for the cloud-based system with a web interface and the use of fi lters, fi lter estimated impact on the performance of cloud services. Calculations are based on queuing theory and synthesis of multi-channel systems models with “cooling” and not an approximation of Markov processes with the help of phase-type distributions. Describes charts and transitions matrix microstates multichannel queuing system for modelling application with a web interface, a diagram to calculate the stationary distribution of the number of requests in the system and developed a JAVA program that implements a fi lter for the data encryption. The scheme of mutual validation of models of multi-channel service delivery systems with a “cooling” is presented.
Keywords:
servlets, filters, cloud computing, cooling, web interface, queuing theory
servlets, filters, cloud computing, cooling, web interface, queuing theory
1.
