Monolithic to Microservices Migration Strategy in Public Safety Secretariat of Mato Grosso

Preti, João Paulo Delgado; Souza, Adriano Neres Araujo; Freiberger, Evandro César; Lacerda, Tiago De Almeida

doi:10.1109/icecce52056.2021.9514268

Cited by 3 publications

(1 citation statement)

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“…Microservice resource utilization, task scheduling [26], [27] for cloud or fog containers, autonomous microservice virtual server migration, container orchestration [28], and monolithic to microservice migration [29]- [32] are among the important topics for sensitive applications such as healthcare. Lin et al [33] focused on resource scheduling for containers to reduce the overhead and imporve the cluster performance using an ant colony multi-objective optimization model for scheduling of microservice inside a container model.…”

Section: Introductionmentioning

confidence: 99%

Introducing Cloud-Assisted Micro-Service-Based Software Development Framework for Healthcare Systems

et al. 2022

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In healthcare services, application development is considered the most complex and timeconsuming phase. As it is difficult to plan and time-intense, it requires high maintenance. Healthcare applications need strict compliance and the scope of application is immense along with associates, classes in services, and classified system. Application designing in healthcare with the help of traditional approaches such as monolithic and service-oriented architecture (SOA) generate problems in different areas like service availability, remote access to services, service provisioning, scalability, healthcare systems integration with each other. That is why there is a need for less sophisticated and user-friendly healthcare systems, which are easy to plan and develop, inexpensive requirement maintenance, and agile testing. To overcome the aforesaid issues in the domain of healthcare application development, this paper develops a framework of micro services for the development of healthcare services using cloud computing infrastructure. Micro-servicebased techniques provide lightly coupled and fine-grained methodology. With the use of micro services technique presented in this work, the efficiency, scalability, and performance are improved. In this research, an approach for development and deployment properly in the cloud for healthcare applications is developed. Thus, it contributes to the system design approach and system analysis. Quantitative and qualitative results are reported showing the advantages of micro services approach used.INDEX TERMS Service oriented architecture, micro services, cloud computing, healthcare, application design, monolith approach, application software.

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