Model and stratification in cloud computing

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Cloud computing model include a front (front end) and a back side (back end). These two components are connected through a network; in most cases is the Internet. The front is transportation through which users interact with the system; the back part is cloud. The front end includes a client computer or business computer network and applications used to access the cloud. The back section offers applications, computers, servers and data storage to create cloud services.

Stratification in the cloud

Cloud computing with multi-storey building, each floor has a different function. This stratification of the cloud component has provided a means for the layers of cloud computing to become a commodity like electricity, phone service or natural gas. Goods which sells cloud computing is the ability to calculate the costs and lower costs for users. Cloud computing is ready to become a super-utility services next.

Monitor VM (virtual machine monitor VMM-) provides the means to use the utility and cloud computing, VMM is a program on a host computer system that allows a computer to support multiple media implementation of identical cases. From the user's perspective, the system is a stand-alone computer, completely isolated from other users. In fact, the users are served by the same computer. A virtual machine is an operating system (OS) is being managed by an underlying control program allowing it to appear like multiple operating systems. In cloud computing, VMM allows the user to monitor and thus manage aspects of the process such as data access, data storage, encryption, addressing, topology, and transfer workloads.

The cloud layer is provided:

Floor infrastructure is the foundation of the cloud. It includes physical assets - servers, network devices, storage drives, etc .. Infrastructure as a Service (IaaS) has providers such as IBM® Cloud. When you use actual IaaS not control the underlying infrastructure, but you have control over operating systems, storage, deployed applications and to a limited extent, have control over the choices select network components.

Service print on demand (POD) is an example of the organization can benefit from IaaS. POD model is based on selling products with the ability to customize. The POD allows individuals to open shops and sell the product design. The store owner can upload more or less depending on the design of their creative abilities. There are thousands of uploads. With cloud storage capabilities, a POD can provide storage space is not limited.

The middle floor is the system platform. It provides the infrastructure for the application. Platform as a service (PaaS) provides access to the operating system and related services. It provides a way to deploy applications to the cloud using programming languages ​​and tools supported by the provider. You do not need to manage or control the underlying infrastructure, but you can control applications deployed in some degree and have the right to control the use of applications configured on a computer environment word.

The top floor is the application layer, layer which most people see as the cloud. Applications run here and are provided at the request of the user. Software as a service (SaaS) vendors have as Google Pack. Google Pack includes applications; these tools can be used over the Internet, such as Calendar, Gmail, Google Talk, Docs and more.