An implementation of the online-payment platform based on SaaS

Liu, Lianru; Song, Meina; Luo, Xiaoxiang; Bai, Haoping; Wang, Shangbin; Song, Junde

doi:10.1109/sws.2010.5607368

Cited by 8 publications

(5 citation statements)

References 1 publication

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“…Eles observaram os possíveis ganhos com migração na execução de jobs com longa duração. A temática do pagamento móvel é discutida em [16]. Os autores desenvolveram uma plataforma baseada na camada SaaS (Software as a Service) da computação em nuvens para viabilizar os negócios.…”

Section: Trabalhos Relacionadosunclassified

GetLB: Balanceamento de Carga Eficiente para o Escalonamento de Transações Eletrônicas Financeiras

Righi

Costa

Graebin

et al. 2014

iSys

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Este artigo tem como objetivo apresentar as idéias para o desenvolvimento de um framework para balanceamento de carga chamado GetLB. Considerando o contexto de transferência eletrônica de fundos (TEF), GetLB oferece uma nova forma de organizar as interações entre o chaveador e as máquinas processadoras. Esta organização permite que o chaveador combine informações atualizadas para a execução de um algoritmo de programação dinâmica em vez de usar a abordagem Round-Robin entre as máquinas de processamento. O algoritmo de agendamento de GetLB divide as transações em diferentes tipos, combinando suas necessidades de CPU, memória e disco de dados de máquinas processadoras para oferecer um balanceamento de carga eficiente. Implementou-se um protótipo com RMI e testes revelaram que o quadro é viável para processamento de transações sobre os ambientes homogêneos e heterogêneos. Além disso, a avaliação apresentou as vantagens da adoção de algoritmos GetLB em vez da abordagem Round-Robin tradicional.

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Section: Trabalhos Relacionadosunclassified

GetLB: Balanceamento de Carga Eficiente para o Escalonamento de Transações Eletrônicas Financeiras

Righi

Costa

Graebin

et al. 2014

iSys

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“…The same step cannot be applied to an EFT system, since it can disregard a given peak of arrival of transactions. Figure 1 illustrated a common framework for processing different types of transactions (Liu et al, 2010). Besides this organization, there are especial systems for dealing with transactions for a single target such as VISA or Mastercard (Araujo et al, 2009).…”

Section: Related Workmentioning

confidence: 99%

“…In Liu et al (2010), the authors affirm that there are three major trends when dealing with workload management: (i) use of Big Data systems such as Apache Hadoop; (ii) cloud computing for high performance computing and; (iii) knowledge of the application in order to get better decisions by the scheduling brokers. Especially, we can analyze the impact of this last sentence on the electronic funds transfer context.…”

Section: Related Workmentioning

confidence: 99%

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A proposal of an infrastructure for load-balancing transactions on electronic funds transfer systems

Andrade

Jost

Costa

et al. 2013

jacr

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Abstract. This article aims to present the first ideas for developing a framework for load-balancing called GetLB. Considering the electronic funds transfer (EFT) context, GetLB offers a new scheduling heuristic that optimizes the selection of Processing Machines to execute transactions in a processing center. Instead of using the RoundRobin typical approach, the proposal combines data from computation, network, memory and disc metrics for producing a unified scheduling approach, denoted LL (i,j). The proposal calculates the load level of executing an i-typed transaction on a j specific Processing Machine. Furthermore, the load-balancing framework also enables notifications triggered by Processing Machines to the Dispatcher for informing it about asynchronous events such as administrative tasks or transactions disposing. Aiming to evaluate GetLB, a simple prototype was developed by using Java RMI. Preliminary tests revealed that the framework is feasible, outperforming the number of queued transactions obtained with the Round-Robin approach.

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“…Related to our works, [3] also points out some difficulties for engineers to build SaaS-based applications. [6][7][8] give implementations of SaaS applications or manually SaaSifying existing web applications. These works also contribute to our research because they belong to different domains, similarities can be extracted for common SaaSifying.…”

Section: Related Workmentioning

confidence: 99%

A SaaSify Tool for Converting Traditional Web-Based Applications to SaaS Application

Song

Han

Yan

et al. 2011

2011 IEEE 4th International Conference on Cloud Computing

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Nowadays, SaaS is increasingly used by web-based applications for the benefits and profits it brings to both users and service providers. It is significative if service providers can automatically convert traditional applications into SaaS mode, a SaaSify tool is needed urgently. In this paper, we analyze and conclude the new challenges of automatically SaaSify webbased application, propose several key technologies for SaaSifying, and further propose SaaSify Flow Language (SFL) to model and implement SaaSify process; finally, we use a case study to show the effects of proposed tool, and the performance experiments prove that the proposed approach is efficient and effective.

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An implementation of the online-payment platform based on SaaS

Cited by 8 publications

References 1 publication

GetLB: Balanceamento de Carga Eficiente para o Escalonamento de Transações Eletrônicas Financeiras

GetLB: Balanceamento de Carga Eficiente para o Escalonamento de Transações Eletrônicas Financeiras

A proposal of an infrastructure for load-balancing transactions on electronic funds transfer systems

A SaaSify Tool for Converting Traditional Web-Based Applications to SaaS Application

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