Dynamic allocation and de-allocation process in cloud computing

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Question: Discuss Cloud architecture with reason for deploying

Some of the cloud architectures that have been planned to incorporated with the hybrid cloud approach and they are listed below. The employed architectures will reduce the workloads, provides scalability, flexibility and virtualisation can be attained. The cloud architecture has been employed for different purposes and various flaws that exist in the cloud model can be overcome. The various aspects of cloud architecture and benefits for the regional gardens were discussed in brief. The resource and workload management are the critical issues in the cloud environment and thus concentrating on those factors can resultant in resolving of those issues (Moreira, 2018).

Thus the selected architectures for the hybrid cloud architecture are:
• Workload distribution architecture
• Resource pooling architecture
• Dynamic scaling architecture
• Elastic resource capacity architecture

The brief description and reason for election for this architecture has been briefly described in the below session (Banisakher, 2018).

Cloud architecture Description Reason for employing it

Workload distribution architecture The over usage of It resources can be completely minimized with the usage of this architecture. It completely relies on the runtime logistics and some of the load balancing algorithms to reduce the workloads (Rajat, 2017).

The presence of cloud usage monitor in this architecture will be largely helpful in tracking the workloads and also employed for processing of the data.

Resource pooling architecture The grouping of the IT resources performed in this architecture and controlling of the data attained in this architecture. The automatic synchronization of the IT resources achieved with usage of resource pools and dynamic allocation of on demand resources. The tracking and synchronization of the elements that are required by pooled IT resources is possible. The clod usage monitor can be deployed during the run time. The resource planning and allocation of the resources can be made simpler by transition to this architecture.

Dynamic scaling architecture It underlies on the concept of predefined scaling systems and it will engage in triggering allocation process of IT resources and it can be carried out from the resource pools (Yousra, 2017).

The scaling of the IT resources occurs in accordance with the varying workloads and thus it significantly helps in performance improvements. The relocation of the IT resources to the hosts with more capacity is possible in this architecture.

Elastic resource capacity architecture It primarily involved in dynamic provision of the servers with the aid of the system which are involved in allocation and reclaiming of the CPU and RAM capacity according to the needs of the IT resources. The cloud usage monitor has been aggregating the information about the data usage previously, during and after the scaling process has been done. Thus the implications of the elastic resource capacity architecture can bring elasticity in usage of the IT resources in flexible manner.

The employment of above architecture will significantly result in the reduced workloads and increased efficiency. The architecture employed can make the every operation that carried out in the cloud architecture in efficient manner.

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