Comparative analysis for the selection of a virtualization tool using the AHP Model
Abstract
This paper presents a comprehensive comparative analysis of virtualization tools, grounding its study on applying the AHP model. Virtualization is introduced as an emerging technology, emphasizing its ability to enhance applications' portability, management, and compatibility by encapsulating them from the operating systems on which they run. Different approaches to virtualization are discussed, from desktop virtualization, highlighting its client-server-based computing model, to network virtualization, emphasizing its capability to combine software and hardware resources into a software-managed entity. An in-depth analysis of leading market virtualization tools, such as VMware and HYPER-V, is conducted throughout the article. VMware's operational advantages and efficiency are highlighted, along with the speed and versatility of HYPER-V's migration. To enrich the research, survey results conducted on professionals specialized in network infrastructure in Ecuadorian companies are incorporated, providing valuable insights into these tools' adoption and practical utility in corporate environments. Finally, the study presents a detailed comparative table to guide organizations in selecting the virtualization tool that best fits their requirements and operational contexts.
Keywords: Virtualization, Tool, AHP, Servers
DOI: 10.54941/ahfe1004493
Cite this paper
More from this volume
- Automotive human‒machine interface to use like a peripersonal space through the elbow using vibrotactile stimulation
- Analysis of Physical Readiness for Take-Over in Automated Driving – Approach to Classify Non-Driving Related Activities According to Their Level of Complexity
- Navigating the challenges of remote operations of automated road vehicles: A socio-technical perspective
- Requirements for Haptic Virtual Training Systems in the Automotive Industry
- Olfactory Profile: Enhancing the Satisfaction and Pleasure of Ride-Hailing Experiences
- Exploring External Human Machine Interface Design for Autonomous Vehicle to Pedestrian Communication: Insights from Discussions and Drawing Sessions
- Participants' speed-accuracy trade-off behavior in high-stress situations in simulator studies
- Experimental study on the effect of micro-refresh during office work in VR space to restore intellectual concentration decline
- Cognitive User Modeling for Adaptivity in Serious Games
- Cognitive Systems Challenges of Virtual Reality (VR) and Simulated Air Traffic Control Environment (SATCE) in Flight Training: The Purdue Case Study
- First Probe into Frontal EEG Dynamic Cross-Entropy associated with Virtual Sexual Content
- The Neural Algebra and its Impact on Design and Test of Intelligent Systems


AHFE Open Access