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Distributed algorithms on IoT devices : bully leader election

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Méndez, Mariano

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Summary: We present in this paper the implementation of a well-known coordination algorithm on specific and lowperformance IoT (Internet of Thing) devices. The implementation of the bully algorithm for leader election is achieved in a twostage process: a) an IoT independent implementation, made in a high level progamming language (Java, in particular), and b) the implementation on the IoT devices, where several limitations and characteristics have to be taken into account. We have used this algorithm for coordination of a set of small cars. Beyond the specific implementation, this work has two main underlying contributions: a) show that it is possible to take advantage of many algorithms and results already proven to be useful in the area of distributed computing, and b) show that IoT devices limitations (e.g. in computing power and storage) do not necessarily imply that useful algorithms cannot be used.

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Item type	Home library	Collection	Call number	URL	Status	Date due	Barcode
Capítulo de libro	Biblioteca de la Facultad de Informática	Biblioteca digital	A0948 (Browse shelf(Opens below))	Link to resource	No corresponde

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Previous	A0945 Learning object assembly systems : a case study	A0946 Learning object for the understanding of the operation merge	A0947 Learning objects : how to insert an element into a vector?	A0948 Distributed algorithms on IoT devices : bully leader election	A0949 Aprendizaje automático aplicado a reconocimiento de patrones en video y minería de datos	A0950 Utilización de técnicas subsimbólicas de la inteligencia artificial para la generación de energías limpias	A0951 Personalización de la educación a través de la creación de perfiles dinámicos de los alumnos	Next

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We present in this paper the implementation of a well-known coordination algorithm on specific and lowperformance IoT (Internet of Thing) devices. The implementation of the bully algorithm for leader election is achieved in a twostage process: a) an IoT independent implementation, made in a high level progamming language (Java, in particular), and b) the implementation on the IoT devices, where several limitations and characteristics have to be taken into account. We have used this algorithm for coordination of a set of small cars. Beyond the specific implementation, this work has two main underlying contributions: a) show that it is possible to take advantage of many algorithms and results already proven to be useful in the area of distributed computing, and b) show that IoT devices limitations (e.g. in computing power and storage) do not necessarily imply that useful algorithms cannot be used.

International Conference on Computational Science and Computational Intelligence (CSCI) (4ta : 2017 : Las Vegas, Estados Unidos)