Itc561 Cloud Computing: Creating The Assessment Answers

Prepare Computing and storage infrastructure design and implementation of the cloud computing in a company.

 

Answer:

Overview

Generally architecture means the structural design. In this case the word system architecture means the structural design of the system. That gives the detailed representations of the system. By using the help of this architecture the structure & functions will be detailed. Service centred companies need service centred architecture design. That fulfils the companies’ needs. That is best suited method while the system uses the energy higher than its need. On those condition it gives the higher effectiveness. Here we have an option to join the various types of systems designed for various fields in a single stream. The new methods and software tools are utilized by the help of delivered service by the company. The possibility of creating the communication system among the systems are too low. That gives the details about the company. The process of updating the latest technology for the growth of the company was considered as a main parameter. In current situation the “cloud computing” was the latest trend in the field. The compatibility of various platforms and latest practices are also considered while creating the new system architecture for service sector.  

Computing and storage infrastructure design

During the implementation of the cloud computing in a company, the company must spend money (rent) to use cloud storage facility.  The money spent by the company was really worth for that. Because the very effective technique in the computing field was cloud storage. Cloud computing means the cloud storage facility based services (Milojicic and Wolski, 2011). Here all the data was stored and protected in the server of the service provider. The service provider stores and consumes the data given by the client. The service provider gives the data when the client really needed. But the client only can able to see the data stored in the server. That was stored as a highly encrypted format. These technology provides the higher yields to the client business (Millard, 2015).

Benefits of Cloud storage devices

The cloud storage system was the very effective technology bundled with bunch of effective functional features. The main feature was adjustable storage space. In this technology we only required to pay the money for our use. Sometimes we need higher storage space for our functional requirements. In this case we use higher memory and pay for that much of memory. Otherwise we use the limited storage space and required to pay minimal amount as a rent. In cloud systems the customer ID was given to the client that was very unique. By using that ID client can access the stored data. The cloud storage system was accessed by the client from any place in the globe by using his login ID (He, 2015).

Impact of cloud in IT sectors

IT field was the major consumer of the cloud systems. Because they need higher data storage capacity. If they maintained this much of storage internally they need to spend huge amount of man and money resources. But they can’t use the data outside to the company. But in cloud systems they can access the data from the entire world. That feature creates the huge impact on those technology. (Priyadharshini, Vijayakumar and Abdul Quadir, 2018).

Application/service integration

Service integration that name describes its functions. The main function of the process was to join the services and relevant data on give as the final output required by the customer (Wei et al., 2010). That process was completed behind the systems. That was not visible to the customer.  Application integration process was the combined process of the structures and application’s interface. This technology gives the features like using different library data files etc. Here we would see about the various applications observed while the integration process. And they are listed below.

It gives the feature for using the older system with new systems without making the higher changes in the systems.

Also the identification of target system among the various available systems was carried out when it is needed.

In this technology that employees the automation techniques so the undesirable context was deleted robotically for ensuring the stability & scalability of the system.

These system was developed by considering the future needs. So it gives the higher productivity in the upcoming years.

By using these methodology we can implement the latest corporate methodologies.

These technology was carried out in the systematic manner. So we can integrate the equipment and service.

Information integration

Information integration that name brings the clear description about the functionality of the process (Gannouni, Beraka and Mathkour, 2013). Here the final services (Desired output) was created by the combination process. All the data required are joined as the complete solution required. They are highly preferable in the business. But that takes higher time to complete. Even it is costlier that is really worth for it. That brings the required service of the customer. By implementing these techniques we can make the clear organizational structure. For the required results we need to combine the both old information and new information. During this process we have to face some difficulties. Because it need huge amount of information integration. These technologies are used in the examination purpose. In this technology the source must have some specifications like all the relevant data, dissimilar ID, etc. These integration works was carries out by the business sectors. During these process lots of technical issues are arisen. To solve those problems we need to follow those set of constraints. And they are listed below.

Similar interface for all users – Which scheme allows to get the relevant information available in the different sources and combine those information.

Integration based on the application – Here the standard integration method was developed by collecting all available relevant information and specific information.

Integration of middle ware data – This is the typical conversion process, where specific data was converted as a middle ware information.

Virtual incorporation techniques – Which gives the characteristic opinion of the various peoples involved in the business.

Public Data storage technique – This all about the process of creation of new system by using the base system. So we can requested to work separately. Because work interaction leads to problems like disturbance for the actual system.  

Demo introduction

Information Incorporation Demonstration

Implementation

In this stage we are going to incorporate the .xml file and .csv file for making the required output by the customer (WU and WANG, 2011). The below figure shows the details about the data integration (Nakiyimba, 2014).

Figure 1Data Integrating

Code Description

Here the conversion of delivered file into the .xml format. Both the information are needed so we need to use the python to integrate the both files as a single useful file. To analyze .xml format we need we need excel. For recover the information “For Child Root” command was used. For identification purpose we use “If attr.tag = = Name” command. For giving the result “searchingprint attr.text” command line was used. By these method the data integration was carried out.

Restful Web Service Demo

Implementation

In this stage the resetting task was performed. The screenshot for the command was showed below (M.Kom, 2016), (Rismayani, 2017).

Figure 2 Rest full webpage

Code Description

Which was carried out to the execution of python files and save the location on .csv files. For show the results of the operation “import csv” was used. For opening the information “storeopen()”  was used. To read the file we need to use “StoreFileReader()” was used. For length checking purpose we need to use the “If(len !=row)”. To increase the no of rows we need to use “ScoreList[]=ScoreList[]+row”. For exiting from the file we need to use “ScoreFile.close”.

Mash up demo

To perform the searching operation for identify the location of the store (Rismayani, 2017).

Figure 3 Searching of location

Details of the search results are shown here.

Figure 4 Final required information

Code description:

The .html file used to show the pinpoint position of the store wants to know. Here we can able to see the MAP which contains the direction for the store. We may use those details for our use.  

Conclusion

For satisfying the given needs we develop the required operations. The different of instruments which uses the different platforms can be used by the implementation of adaptive reuse method. It gives the feature to connect with the devices which may use dissimilar platforms. To monitor and perform controlling of the devices also achieved. So the accessibility was given to both public users as well as private users. By performing the integration from various data the final required data was recovered. Scalability of the system was ensured by the virtualizing techniques. And finally the integrating the information, demonstrations also performed. The position of the stores in the MAP was identified.

References

Gannouni, S., Beraka, M. and Mathkour, H. (2013). Data integration using service composition in data service middleware. Security and Communication Networks, 7(11), pp.2134-2144.

He, Y. (2015). Description of a Cloud Based Private Social Network Security Scheme. International Journal of Information and Education Technology, 5(7), pp.532-537.

kang jang mook (2007). The Study of semantic Web and WebService Security(Focus on Ontology). The e-Business Studies, 8(2), pp.391-403.

M.Kom, S. (2016). DATA COMMUNICATION ANALYSIS WITH XML AND JSON ON WEBSERVICE. Computer Engineering, Science and System Journal, 1(2), pp.1-6.

Millard, C. (2015). Forced Localization of Cloud Services: Is Privacy the Real Driver?. IEEE Cloud Computing, 2(2), pp.10-14.

Milojicic, D. and Wolski, R. (2011). Eucalyptus: Delivering a Private Cloud. Computer, 44(4), pp.102-104.

Nakiyimba, I. (2014). A System Thinking Model Proposal for Enterprise Application Integration (EAI) Evaluation Completeness. Journal of Systems Integration, pp.52-75.

Priyadharshini, E., Vijayakumar, V. and Abdul Quadir, M. (2018). Towards a cloud consumers credibility assessment and trust management of cloud services. EAI Endorsed Transactions on Cloud Systems, 3(12), p.154775.

Rismayani, N. (2017). Rural Population Administration Management System Based on RESTful API in Bone District (Sistem Manajemen Administrasi Kependudukan Tingkat Pedesaan Berbasis RESTful API di Kabupaten Bone). Journal Pekommas, 2(1), p.7.

Vinoski, S. (2008). Demystifying RESTful Data Coupling. IEEE Internet Computing, 12(2), pp.87-90.

Wei, N., Song, M., Xu, K. and Jiang, C. (2010). A Novel WebService Architecture Based on REST. Advanced Materials Research, 143-144, pp.1213-1217.

WU, Q. and WANG, Q. (2011). Research on Web Services-based Geospatial Information Application Integration Solution. Geo-information Science, 13(2), pp.219-225.