This article presents a comparative analysis of three well-known container orchestration platforms: Docker Swarm, Kubernetes and Apache Mesos, focusing on the deployment of a test application and measuring parameters such as deployment time, memory, CPU and disk utilization, application response time and the time to restore a replica of the application using an auto-recovery mechanism. The aim of the research is to verify the performance and efficiency of the analyzed platforms, facilitating informed decisions while choosing an orchestrator for containerized applications. Two research hypotheses have been stated. The first one assumes that the time required to launch an application using the Docker Swarm tool is the shortest among the analy...
The article presents the possibilities of using Hadoop platform to manage large data sets. The devel...
This paper presents the results of a comparative analysis of Java and Dart programming languages in ...
In this paper the authors present the characteristics of cloud computing in the context of the possi...
This article comprehensively evaluates the impact of two containerization environments, Docker and P...
This work describes the most important methods of isolating running processes of selected software o...
The article describes the performance of applications built in monolithic and microservice architect...
The subject of this study was to compare web applications created using the imperative and reactive ...
This work is an analysis of methods and solutions enabling centralization of the storage of configur...
Mobile applications for the Android platform can be implemented using Java or C#. The article presen...
The aim of the work is a comparative analysis of three frameworks designed for building web applicat...
This article compares the performance of the Flutter framework's graphical user interface (GUI) in a...
Using container technology to run web applications and services is becoming increasingly common [9]....
Recent years of cloud technology development have brought a sharp increase in interest in solutions ...
The article compares two modern integration platforms used in production and test environments. Thes...
The article presents the possibilities of using Hadoop platform to manage large data sets. The devel...
This paper presents the results of a comparative analysis of Java and Dart programming languages in ...
In this paper the authors present the characteristics of cloud computing in the context of the possi...
This article comprehensively evaluates the impact of two containerization environments, Docker and P...
This work describes the most important methods of isolating running processes of selected software o...
The article describes the performance of applications built in monolithic and microservice architect...
The subject of this study was to compare web applications created using the imperative and reactive ...
This work is an analysis of methods and solutions enabling centralization of the storage of configur...
Mobile applications for the Android platform can be implemented using Java or C#. The article presen...
The aim of the work is a comparative analysis of three frameworks designed for building web applicat...
This article compares the performance of the Flutter framework's graphical user interface (GUI) in a...
Using container technology to run web applications and services is becoming increasingly common [9]....
Recent years of cloud technology development have brought a sharp increase in interest in solutions ...
The article compares two modern integration platforms used in production and test environments. Thes...
The article presents the possibilities of using Hadoop platform to manage large data sets. The devel...
This paper presents the results of a comparative analysis of Java and Dart programming languages in ...
In this paper the authors present the characteristics of cloud computing in the context of the possi...