Virtual Server Implementation: Domain Migration and Role Analysis

This report provides an analysis of the requirements for implementing a virtual server in a production industry, focusing on accessing the existing environment, selecting a virtualization platform, deploying the virtual infrastructure, and choosing appropriate virtualization tools. It emphasizes the importance of proper assessment and selection of virtualization techniques, including hypervisors and associated software, for successful deployment. The report also addresses the management of deployed virtual services, highlighting the need for management tools like Microsoft System Center Virtual Machine Manager for security and backup processes. Furthermore, it discusses key factors for migrating roles across domains, such as the size of the role, the urgency of logging off the system, rescheduling workstation functioning, and providing double administration to ensure a smooth transition and restructuring of the project.

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Analysing the requirement of the implementing virtual server in production industry
The basic essentialities that is important for implementation of the virtual server
includes Accessing of the existing environment, selection of a virtualization platform,
deploying of the virtual infrastructure, Selection of the virtualization tools.
In case of the implementation of the virtual server in the field of the production
industry the main aspect that is needed to be taken care of includes accessing of the
environment that is already present in the system. The proper system that will ensure that the
management of the entire process gets performed with the help of the deployment off right
foot (Ahmad et 2015). Tools are used to understand the factors that helps in understanding
the automation process. In case false assumptions are made the entire project might fail to
perform well.
After the proper assessment process, selection of the virtualization technique plays a
major role in the deployment of the virtual server in the production industry. Selection of a
proper hypervisor and an associate software tool is required that will be accompanied with
the hardware that will be selected as per the need and requirement pf the project. After proper
coordination of the hypervisor and the selected hardware proper commencement of the
deployment project can be performed in a successful manner.
Configuring of the entire system before deployment helps in better management of the
project commencement. Following of the 9 steps that are required for better understanding of
the off-ground virtualization implementation (Kuo et al 2018). After the usage of the 9 steps
process the selection of the virtual server that is to be deployed gets easier and hence the
functioning of the project gets easier.

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Selecting of proper virtualization management tool will also be required in
completion of the deployment process. After the deployment of the virtual service is
performed in a production industry the main issue that arises is the management of the
functioning of the deployed service. This is one of the major reasons that the project
commencement fails even after proper deployment of the virtual server. This is where the
need of the management tools arises. With the help of the management tools the main
advantage that will be gained includes proper administration of the security and back up
processes of the system. Usage of the Microsoft System Center Virtual Machine Manager can
be used for better management of the entire process. With the help of the Microsoft System
Center Virtual Machine Manager, the main advantage that will be received includes
centralized management of the deployed virtual service system. The server of the Hyper V
and SCVMM is also well managed with the system (Sha et al 2017).
Factors important to migrate roles across domains
The factors that are important for migration of roles across domains are as follows: -
 Size of the role: In case of migration of roles across domains and forests, the main
concern that must be taken into consideration includes the size of the roles that are to
be migrated. Size of the roles marks the presence of complexity in the migration
process. In case the size of the role is very high the complexities in the migration
process increases. In this case the sole way that the complexity process can be
reduced. This is one of the major reasons that the performance of the project is highly
dependent on the diversity of the domain that have been implemented in the process.
 The urgency of logging off the system during the migration period is one of the major
concerns that affects the functioning of the project (Azpiroz et al 2015). The
migration process is termed successful only when the migration process does not

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require logging off of the system. In case no logging off is performed the major
advantage that will be gained includes restructuring of the project. This is the main
reason that functioning of the project will get performed in a better manner.
 Rescheduling of the workstation functioning is an important aspect in the migration
process. The main advantage that is received includes better management of the
restructuring process with the help of the scheduling off hour workstation (Ross
2016). This process is considered to be necessary for the migration process.
 Providing double administration also plays an important role in migration process.
This is one of the major reasons that the process that is being performed gets
functional with the help of the removal of the old environment. In case this process is
not performed in a proper manner the main disadvantage that will be occurring
includes the fact that changes that will have to be made cannot be made in a singular
environment.

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References
Ahmad, R. W., Gani, A., Hamid, S. H. A., Shiraz, M., Yousafzai, A., & Xia, F. (2015). A
survey on virtual machine migration and server consolidation frameworks for cloud
data centers. Journal of network and computer applications, 52, 11-25.
Azpiroz, J. M., Mosconi, E., Bisquert, J., & De Angelis, F. (2015). Defect migration in
methylammonium lead iodide and its role in perovskite solar cell operation. Energy &
Environmental Science, 8(7), 2118-2127.
Kuo, T. W., Liou, B. H., Lin, K. C. J., & Tsai, M. J. (2018). Deploying chains of virtual
network functions: On the relation between link and server usage. IEEE/ACM
Transactions on Networking (TON), 26(4), 1562-1576.
Ross, R. (2016). Modelling cell migration, proliferation and interactions on growing
domains (Doctoral dissertation, University of Oxford).
Sha, F., Chen, X., Ye, R., Wu, M., Zhang, Z., & Cai, W. (2017, May). A communication
method between IPv4 server and IPv6 network in virtual machine environment.
In 2017 IEEE/ACIS 16th International Conference on Computer and Information
Science (ICIS) (pp. 885-888). IEEE.