Best practices for web applications to improve performance of QoS

Das, M. Swami; Govardhan, A.; Lakshmi, D. Vijaya

doi:10.1145/2905055.2905339

Cited by 2 publications

(2 citation statements)

References 8 publications

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“…In Figure 2, this investigation proposes an expansion of the current Web services system, which empowers an assortment of functional and non-functional service necessities at run-time, and utilizes the gathered data in revelation, official, and execution of a Web service. Expanding e-learning frameworks to utilize Web services has the accompanying favourable circumstances [2,16,17]:…”

Section: Fig 2 the Proposed Architectural Extension Based On Web Serv...mentioning

confidence: 99%

Implementing Web Services using PHP Soap Approach

Hammoudeh

Al-Ajlan

2020

Int. J. Interact. Mob. Technol.

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<p class="0abstract">Recently, the utilization of IT in the Higher Education institutions has expanded, thus e-Learning must to turn out to be completely embedded into e-Learning and showing practice rather than the traditional approaches to e-Learning. However, this development inside e-Learning frameworks isn't yet completely realized, and the most significant difficulties to this objective are holding students inside instruction and attracting them to take part in Higher Education. One of the methodologies that have been taken to address these difficulties is to utilize the Web services approach to encourage working and participation between Higher Education institutions. Taking account that XML documents are the most commonly applied and successful type of Web services. Being PHP is the best choice for web developers, especially for Web services. This paper will present the proposed approach which aims to expand the current architecture of Web services to meet the technical requirements of the e-Learning framework. It will give an outline of certain strategies that help designers to create SOAP with PHP language. It will portray how to expand PHP Sakai and Moodle to help Web services by utilizing the PHP SOAP method. Besides, it will delineate that this utilization of Web services is a direct advancement of Web programming models, and it will exhibit how PHP can be utilized as a fast and easy development tool for creating them. The spotlight of this paper is to research the expansion of Web services to support PHP Sakai and Moodle by utilizing the PHP SOAP strategy.</p>

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Section: Fig 2 the Proposed Architectural Extension Based On Web Serv...mentioning

confidence: 99%

Implementing Web Services using PHP Soap Approach

Hammoudeh

Al-Ajlan

2020

Int. J. Interact. Mob. Technol.

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“…The designer must provide high-quality web services based on demand. To meet the industry demands and policies, we recommended the best practices [27,28] used for preventive measures, quality standards which will improve the performance of web applications, Successability depend on the availability of web applications by backup and fault tolerant systems, response time plays a significant role in interactive web user to the web server, reliability, throughput, and compliance. The existing methods depicted in Table12.…”

Section: Conclusion and Future Scopementioning

confidence: 99%

Classification of web services using data mining algorithms and improved learning model

2019

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As per the global digital report, 52.9% of the world population is using the internet, and 42% of the world population is actively using e-commerce, banking, and other online applications. Web services are software components accessed using networked communications and provide services to end users. Software developers provide a high quality of web service. To meet the demands of user requirements, it is necessary for a developer to ensure quality architecture and quality of services. To meet the demands of user measure service quality by the ranking of web services, in this paper, we analyzed QWS dataset and found important parameters are best practices, successability, availability, response time, reliability and throughput, and compliance. We have used various data mining techniques and conducted experiments to classify QWS data set into four categorical values as class1, 2, 3, and 4. The results are compared with various techniques random forest, artificial neural network, J48 decision tree, extreme gradient boosting, K-nearest neighbor, and support vector machine. Multiple classifiers analyzed, and it was observed that the classifier technique eXtreme gradient boosting got the maximum accuracy of 98.44%, and random forest got the accuracy of 98.13%. In future, we can extend the quality of web service for mixed attributes.

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Best practices for web applications to improve performance of QoS

Cited by 2 publications

References 8 publications

Implementing Web Services using PHP Soap Approach

Implementing Web Services using PHP Soap Approach

Classification of web services using data mining algorithms and improved learning model

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