Performance Analysis of Remote Desktop Virtualization based on Hyper-V versus Remote Desktop Services

Abstract

Abstract:The fast spread of computer networks and broadband Internet access, and also the development of different operating systems, makes possible to use different virtualization techniques and virtual machines. The release and spread of virtualization platforms makes possible the development of cost-effective information systems that can provide in addition dynamic resource management and simplified system administration.In this paper we present a comparative performance analysis of Remote Desktop Virtualization based on Hyper-V versus Remote Desktop Services. We introduce system architecture for the two tested scenario and test environment including detailed hardware description.The main conclusions of the paper are that despite the higher acquisition and maintenance costs, the Remote Desktop Services outperforms the Hyper-V based Remote Desktop Virtualization in memory, CPU and also storage management.

Evaluation of Different Thin-Client Based Virtual Classroom Architectures

“…In this scenario we could monitor only 2 parameters, the: -Average CPU (%) -Used memory (bytes). CPU utilization test measurements using the Microsoft products are reported in conference paper [1]. The load for these tests was produced artificially on each VM using the CPU Stress application [11].…”

“…The fast spread of computer networks with broadband Internet access, along with the rapid development of different operating systems, virtualization technologies and platforms, makes it possible to use different computing solutions in many domains of interest [1]. The release and spread of virtualization platforms has allowed the development of cost-effective information systems capable of providing dynamic resource management and simplified system administration [2], [3].…”

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“…4) Create an external management network and associate the IP with external network, then the system will be automatically assigned to the cloud host a floating IP. 5) Connect the cloud host, remote access can be allowed through the RDP [11] or NoVNC of OpenStack. 6) Users can add the storage block according to business requirements, select virtual block storage with specific capacity to create instance, and mount it to the cloud host by tgt [12].…”

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“…The release and spread of virtualization platforms make possible the development of costeffective information systems that can provide additional dynamic resource management and simplified system administration [4]. This is due to the capabilities provided by virtualization such as maximizing of applications versatility, high-speed with large-capacity resource consolidation, ease aggregating, dynamics for load balancing enhancement and fault tolerance, ease of management, increased availability from pools of compute resources at less cost and with less complexity, and rapid services deployment to new servers included in a virtual infrastructure environment [8].…”