A Proposal of Mobility Support for the SimGrid Toolkit: Application to IoT simulations

Elías Del-Pozo-Puñal, Félix García Carballeira
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Abstract

Over the last few years, the number of IoT devices in daily use has increased, as they come in many sizes and of different types. In addition to this, these devices have become cheaper, which has led to many more people being able to use them. These devices are capable of both creating and processing information, thus reducing network overload. However, in Cloud or Edge Computing environments, it is useful to know where these devices are located, in order to better distribute the information among the servers and further reduce the network load, allowing users to get the data faster. Therefore, there are simulators capable of analyzing Cloud infrastructures, but most of them fail to offer the possibility of including mobility in the sensors.For these reasons, in this paper we detail an API extension developed on the SimGrid toolkit to add mobility to IoT sensors and, in addition, it integrates with an API called Folium for the visualization of the mobility of these elements.
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SimGrid工具包的移动性支持建议:应用于物联网模拟
在过去几年中,日常使用的物联网设备数量有所增加,因为它们有多种尺寸和不同类型。除此之外,这些设备变得更便宜,这使得更多的人能够使用它们。这些设备能够创建和处理信息,从而减少网络过载。然而,在云计算或边缘计算环境中,知道这些设备的位置是有用的,以便更好地在服务器之间分发信息,并进一步减少网络负载,允许用户更快地获得数据。因此,有能够分析云基础设施的模拟器,但大多数模拟器无法提供在传感器中包含移动性的可能性。由于这些原因,在本文中,我们详细介绍了在SimGrid工具包上开发的API扩展,以增加物联网传感器的移动性,此外,它还集成了一个名为Folium的API,用于可视化这些元素的移动性。
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