Abstract

Virtualization is increasingly taking on a key role in various system architectures which follow new platform concepts like Software as a Service (SaaS). This trend addresses more instant and short-term environments and comes with new methods and strategies for the distribution of mainly complex application stacks not only in large IT infrastructures. The paper presents how a so called Virtual Appliance can be set up in order to operate in virtual server environments using hypervisor software like Oracle Virtual-Box. Using the example of two server-side components within the Integrated Land Management System (ILMS), it will be shown that the use of state-of-the-art methods, standardized tools and interfaces on servers enables different aspects of environmental system management, analysis and planning.

Highlights

  • AND BACKGROUNDVirtualization in all its variations creates simulated computer environments to meet the requirements of streamlined IT infrastructures and modern platform concepts like the Cloud or Software as a Service (SaaS)

  • Host-based virtualization has to be used. This approach may be realized by a Virtual Machine Monitor (VMM), referred to as hypervisor, operating either at hardware or operating system level of physical systems

  • Using the Oracle VirtualBox (Net1) software as a VMM hosted by the operating system, the term type-2-hypervisor is very common

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Summary

SUMMARY

Virtualization is increasingly taking on a key role in various system architectures which follow new platform concepts like Software as a Service (SaaS). This trend addresses more instant and short-term environments and comes with new methods and strategies for the distribution of mainly complex application stacks in large IT infrastructures. The paper presents how a so called Virtual Appliance can be set up in order to operate in virtual server environments using hypervisor software like Oracle VirtualBox. Using the example of two server-side components within the Integrated Land Management System (ILMS), it will be shown that the use of state-of-the-art methods, standardized tools and interfaces on servers enables different aspects of environmental system management, analysis and planning

INTRODUCTION
ILMSgis implements the approach of Hydrological
CONCLUSIONS
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