A new metamodel approach of CI/CD applied to Internet of Things Ecosystem

Khalyly, Badr El; Belangour, Abdessamad; Banane, Mouad; Erraissi, Allae

doi:10.1109/icecocs50124.2020.9314485

Cited by 5 publications

(2 citation statements)

References 23 publications

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“…The literature addresses the challenges of adopting CD in practice [28]. These include testing and integration problems, which are most common, but also building, designing, releasing software, and human and organizational resources of an organization [28,29].…”

Section: Application Binary File Creationmentioning

confidence: 99%

One-click Application Deployment - An Approach for Automated Deployment of Instantiable Cross-platform Mobile Applications

Straussenburg¹,

Chasin²

2022

Proceedings of the Annual Hawaii International Conference on System Sciences

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Deployment of cross-platform mobile applications remains a task almost exclusively performed by application developers. Even with applications that are instantiated multiple times as stand-alone configured versions of a same application for different clients or purposes, the deployment requires organizations to allocate developers' time and know-how to navigate the complex process of submitting application instances to different platforms.We extend the body of knowledge on cross-platform applications, which is currently dominated by literature covering aspects of application development, with a dedicated approach for cross-platform application deployment. Our approach enables non-technical roles in an organization to trigger a 'one-click' workflow for deploying instantiable cross-platform applications and applies to various scenarios in which stand-alone configurations of the same applications are required. The approach spurs academic inquiries into application deployment and has practical implications for organizations that want to streamline their application deployment, reduce required resources, and improve deployment efficiency.

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Section: Application Binary File Creationmentioning

confidence: 99%

One-click Application Deployment - An Approach for Automated Deployment of Instantiable Cross-platform Mobile Applications

Straussenburg¹,

Chasin²

2022

Proceedings of the Annual Hawaii International Conference on System Sciences

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“…Tujuan dari CI/CD adalah untuk meningkatkan penemuan cacat pada kode, meningkatkan produktivitas, dan menyediakan siklus perilisan yang lebih cepat. Prosesnya kontras dengan metode tradisional di mana kumpulan pembaruan perangkat lunak diintegrasikan ke dalam satu kumpulan besar sebelum menyebarkan versi yang lebih baru [1].…”

Section: B Ci/cdunclassified

Implementasi Continuous Integration dan Continuous Delivery Pada Aplikasi myITS Single Sign On

Parama¹,

Studiawan²,

Akbar³

2022

JTITS

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Institut Teknologi Sepuluh Nopember mempunyai infrastruktur server on-premise atau bisa disebut dengan myITS Cloud yang dikelola oleh Direktorat Pengembangan Teknologi dan Sistem Informasi. Aplikasi myITS Single Sign On merupakan aplikasi yang digunakan ITS untuk bisa berinteraksi dengan aplikasi lainnya seperti Classroom, Akademik, dan Beasiswa di myITS. Dalam pengembangan myITS SSO, proses delivery dan deployment dilakukan secara manual, dimana developer atau pengembang melakukan push ke repositori kode yang kemudian dirilis ke dalam server. Pada proses CI/CD penulis menggunakan Jenkins yang akan melakukan build aplikasi ke dalam docker image yang kemudian digunakan di dalam server menjadi sebuah kontainer. Kemudian dalam serangkaian tes yang terjadi terdapat tes untuk mendeteksi masalah kualitas kode menggunakan SonarQube. Setelah itu aplikasi akan di-deploy ke dalam Kubernetes menggunakan Helm dan Rancher. Setelah dilakukannya uji coba, Jenkins dan SonarQube bisa diimpelementasikan kepada proses CI/CD dengan cara diintegrasikan. Aplikasi juga berhasil dikemas menjadi image dengan bantuan aplikasi Docker yang kemdian diunggah ke DockerHub. Dengan berhasilnya aplikasi di-deploy kedalam Kubernetes dan tidak ada step pipeline yang terlewat bisa menjadi bukti bahwa implementasi CI/CD pada aplikasi myITS Single Sign On sudah berhasil.

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State of Risk Prediction for Management and Mitigation of Vegetation and Weather Caused Outages in Distribution Networks

Baembitov,

Kezunovic

2023

IEEE Access

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The paper proposes a novel approach for the outage State of Risk (SoR) assessment caused by weather and vegetation in the distribution grid. Machine Learning prediction algorithm is used in conjunction with GIS application for mapping the SoR for the entire network. The proposed optimization approach leads to the specification of the mitigation strategies that utility staff and customers can coordinate to minimize the impact of outages. The resulting SoR assessment enables the implementation of an innovative decisionmaking solution for utility operators, represented in the form of risk maps. Additionally, utilizing the SoR assessments, a Customer Notification System (CNS) is introduced to enhance customer awareness and facilitate the adoption of mitigation measures. This holistic approach shifts outage management from a reactive process to a proactive initiative, promoting grid resilience and reliability through planned outage mitigation.

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A new metamodel approach of CI/CD applied to Internet of Things Ecosystem

Cited by 5 publications

References 23 publications

One-click Application Deployment - An Approach for Automated Deployment of Instantiable Cross-platform Mobile Applications

One-click Application Deployment - An Approach for Automated Deployment of Instantiable Cross-platform Mobile Applications

Implementasi Continuous Integration dan Continuous Delivery Pada Aplikasi myITS Single Sign On

State of Risk Prediction for Management and Mitigation of Vegetation and Weather Caused Outages in Distribution Networks

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