Integrating Research Testbeds into Social Coding Platforms

Vucnik, Matevz; Fortuna, Carolina; Solc, Tomaz; Mohorčič, Mihael

doi:10.1109/eucnc.2018.8443242

Cited by 3 publications

(4 citation statements)

References 12 publications

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“…Finalmente, la respuesta para RQ5 se valida con los casos de pruebas de los estudios [10], [39] , [40], [41], [42] y con una encuesta a 89 desarrolladores en diferente cargo, realizada como parte del proyecto. Se identifica que es un problema grande para las organizaciones el no poder transmitir adecuadamente el conocimiento durante el proceso de desarrollo de software (ver Fig.…”

Section: K Extracción De Datosunclassified

“…A esta técnica se la denomina "trabajo con bancos de prueba". Se presenta un inconveniente en la curva de aprendizaje de nuevas tecnologías por la escasa tasa de interés que los desarrolladores prestan a estas plataformas [30] por lo que no se utiliza a su máximo nivel sino únicamente para recolectar código fuente [42].…”

Section: ) Uso De Metodologías áGiles Para Enseñar Y Aprenderunclassified

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Knowledge Transfer in Software Development Teams—Systematic Mapping

Ibarra-Torres

Urbieta

Rossi

et al. 2023

IEEE R. Iberoamericana Tecnologias Aprendizaje

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Context:The acquisition of new knowledge, by means of teaching programming languages, tools, methodologies, and development processes, is a need in the software industry to retain the experience of the programmer within the organization.Objective: This work aims analysing existing research on techniques, tools, approaches and experiences applied to the transmission and acquisition of new knowledge. Additionally, to analyse the learning process within an organizational environment, and how a company captures, maintains and transmits the knowledge.Method: We conducted a survey to identify the software practitioner needs regarding experience and knowledge transfer. Once we could realize there is a challenge to manage the knowledge, a systematic mapping of the literature is carried out. We have considered works published between 2007 and 2019.Results: 51 articles were selected, 71% are studies in industry, 29% are focused on university education. Our findings reveal the great challenge involved in studying the acquisition and exchange of new knowledge. Additionally, we were supported with an initial survey to validate results.Conclusions: Much of the literature focuses on analysing academic processes, more research is needed on the process of learning new knowledge with respect to programming languages, tools, methodologies, cycles and development processes in the software industry.

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Section: K Extracción De Datosunclassified

Section: ) Uso De Metodologías áGiles Para Enseñar Y Aprenderunclassified

Knowledge Transfer in Software Development Teams—Systematic Mapping

Ibarra-Torres

Urbieta

Rossi

et al. 2023

IEEE R. Iberoamericana Tecnologias Aprendizaje

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“…Infrastructure and target nodes are interconnected by a development interface for programming and debugging using JTAG and the application interface for communication using UART. Separating hardware infrastructure, in two functional blocks, enables us to combine a generic infrastructure with various experimentation nodes, in order to support a range of heterogeneous experiments while keeping a unified way of nodes management and reconfiguration [ 23 ]. Table 1 shows the number, type, and operating frequencies of currently supported radio interfaces mounted in an indoor and outdoor environment.…”

Section: Continuous Deployment Framework For the Log-a-tec Testbedmentioning

confidence: 99%

“…It is a setup composed of Docker containers and orchestrated with the Ansible engine [ 29 ]. Docker containers enable experiment abstraction, so that the required dependencies do not need to be installed on the infrastructure node, and provide an easy way for experiment redistribution [ 23 ]. The experiment is deployed when a new release is created in the GitHub repository by triggering GitHub Webhook, depicted in Figure 2 .…”

Section: Continuous Deployment Framework For the Log-a-tec Testbedmentioning

confidence: 99%

Experiment Control and Monitoring System for LOG-a-TEC Testbed

Morano

Hrovat

Vucnik

et al. 2021

Sensors

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The LOG-a-TEC testbed is a combined outdoor and indoor heterogeneous wireless testbed for experimentation with sensor networks and machine-type communications, which is included within the Fed4FIRE+ federation. It supports continuous deployment principles; however, it is missing an option to monitor and control the experiment in real-time, which is required for experiment execution under comparable conditions. The paper describes the implementation of the experiment control and monitoring system (EC and MS) as the upgrade of the LOG-a-TEC testbed. EC and MS is implemented within existing infrastructure management and built systems as a new service. The EC and MS is accessible as a new tab in sensor management system portal. It supports several commands, including start, stop and restart application, exit the experiment, flash or reset the target device, and displays the real-time status of the experiment application. When nodes apply Contiki-NG as their operating system, the Contiki-NG shell tool is accessible with the help of the newly developed tool, giving further experiment execution control capabilities to the user. By using the ZeroMQ concurrency framework as a message exchange system, information can be asynchronously sent to one or many devices at the same time, providing a real-time data exchange mechanism. The proposed upgrade does not disrupt any continuous deployment functionality and enables remote control and monitoring of the experiment. To evaluate the EC and MS functionality, two experiments were conducted: the first demonstrated the Bluetooth Low Energy (BLE) localization, while the second analysed interference avoidance in the 6TiSCH (IPv6 over the TSCH mode of IEEE 802.15.4e) wireless technology for the industrial Internet of Things (IIoT).

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Industrial IoT Security Monitoring and Test on Fed4Fire+ Platforms

Rivera

Mallouli

et al. 2019

Testing Software and Systems

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This paper presents the main results of the experiments conducted using the MMT-IoT security analysis solution run on a IoT Fed4Fire+ platform (Virtual Wall -w.iLab proposed by IMEC, Belgium). MMT is a monitoring framework developed by Montimage, and MMT-IoT is the tool that allows monitoring and analysing the security and performance of IoT networks. The results obtained concern two principal advancements. First, the adaptations made to deploy MMT-IoT on the IoT platform in order to run the tool on the platform's IoT devices. Second, the deployment of the software allowed us to run preliminary tests on the selected platform for performing initial validation and scalability tests on this real environment. To this end, Montimage defined and implemented three test scenarios related to security and scalability with 1 or more clients. These results will be used to prepare a new experimentation phase involving also another Fed4Fire+ platform (LOG-a-TEC proposed by IJS, Slovenia).

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Integrating Research Testbeds into Social Coding Platforms

Cited by 3 publications

References 12 publications

Knowledge Transfer in Software Development Teams—Systematic Mapping

Knowledge Transfer in Software Development Teams—Systematic Mapping

Experiment Control and Monitoring System for LOG-a-TEC Testbed

Industrial IoT Security Monitoring and Test on Fed4Fire+ Platforms

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