Building a Temporary VM-Based Testing Subsystem for Evaluating the Validity of a Hybrid SSL-VPN System

Chang Sheng Chen; Ming Hua Lin

doi:10.4028/www.scientific.net/AMM.373-375.833

Paper Titles

Rough Set Theory Based Hybrid Method for Network Intrusion Detection
p.815

A Novel Method of Pipeline Obstacle Detection Using Ultrasonic
p.819

Application of Variable Precision Rough Set in Power Transformer Fault Diagnosis
p.824

An Autopilot Fault Diagnosis Method Based on Hybrid Case and Fault Trees
p.829

Building a Temporary VM-Based Testing Subsystem for Evaluating the Validity of a Hybrid SSL-VPN System
p.833

A Novel Integrated Angle Measurement System
p.838

Study on Measurement Error Test Method of On-Line Insulation Monitoring Device for Capacitive Equipment
p.844

Development of Quality Inspection System for Insulation Monitoring Device of Metal-Oxide Surge Arrester
p.848

Design of Residential Security Intelligent Monitoring System
p.852

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 373-375Building a Temporary VM-Based Testing Subsystem...

Building a Temporary VM-Based Testing Subsystem for Evaluating the Validity of a Hybrid SSL-VPN System

Abstract:

In this paper, we proposed to build a temporary testing system with virtual machine (VM) technology for studying the performance issues (e.g., number of sessions, load-sharing mechanism) and the availability of a newly built hybrid SSL-VPN system before rolling out the service. Moreover, we had designed testing cases to help locate the configuration bugs and/or improper settings, and use them as guidelines for re-adjusting the system configuration to meet the design considerations. As shown in the paper, using the VM technology helps make both the deployment and the test of the SSL-VPN service to become more effective (e.g., easier to reconfigure the system, more scalable).