EXPERIMENTAL STUDY OF CLUSTER PERFORMANCE WITH CONTAINER VIRTUALIZATION
Annotation
The intensity of query servicing during automatic division of computer system resources between active, i.e. currently used, containers is investigated experimentally. At the first stage of experiments, the formation and deployment of a service (web server) on a cluster is performed. At the second stage, a test program is launched with the results saved in a log file. Algorithms for conducting experiments at the first and second stages are proposed. The experiments are conducted in a laboratory environment of Proxmox cloud virtualization and Kubernetes cluster management tools. A program in the Python programming language is developed to automate the deployment and update of the service configuration on the Kubernetes cluster. The program uses the SCP and PARAMIKO libraries for remote deployment and update of the service. The influence of the distribution of limited system resource capabilities between active and deployed containers in the system (virtual machine) on the intensity of request servicing was revealed. The obtained results can be used in the development of an analytical model for servicing a system with container virtualization, including virtual cluster systems.
Keywords
Постоянный URL
Articles in current issue
- SETS OF QUINARY KASAMI-LIKE SEQUENCES FOR DIGITAL INFORMATION TRANSMISSION SYSTEMS
- EXPERIMENTAL STUDY OF CLUSTER PERFORMANCE WITH CONTAINER VIRTUALIZATION
- ANALYTICAL APPROACH TO THE STUDY OF HETEROGENEOUS MARKOV CHAINS WITH PIECEWISE CONSTANT CHANGES IN TRANSITION PROBABILITIES
- METHOD OF ESTIMATION OF PARAMETERS OF LINEAR REGRESSION MODEL WITH LINEARLY DEPENDENT ELEMENTS
- APPLICATION OF CROSS-LINKED POSITIONAL CORRECTION IN A STRAPDOWN ORIENTATION SYSTEM
- DETERMINING THE WAVELENGTH OF RADIATION IN AN OPTICAL FIBER
- USING COUPLED MODE THEORY TO MODEL INTERMODE COUPLINGS IN CURVED WAVEGUIDES BASED ON THIN-FILM LITHIUM NIOBATE
- STUDY OF THE DYNAMIC SURFACE OF AN AIRCRAFT BY THE INTERFERENCE METHOD