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Ben Meadors 2024-08-17 09:30:36 -05:00
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@ -31,7 +31,7 @@ Furthermore, Managed Flood Routing is certainly scalable, because nodes that are
## Functions on Resource Constrained Devices ## Functions on Resource Constrained Devices
Finally, Managed Flood Routing minimizes footprint on very resource-constrained low power IoT devices. Traditional routing algorithms often require devices to maintain routing tables or perform complex calculations, consuming additional RAM, flash, and valuable computational resources. Managed Flood Routing, with its simplicity and distributed nature, significantly reduces the resource overhead. Devices only need to forward messages they receive, without the need for complex computations, resulting in more device resource availability for other features and improved device autonomy. Finally, Managed Flood Routing minimizes footprint on very resource-constrained low power IoT devices. Traditional routing algorithms often require devices to maintain routing tables or perform complex calculations, consuming additional RAM, flash, and valuable computational resources. Managed Flood Routing, with its simplicity and distributed nature, significantly reduces the resource overhead. Devices only need to forward messages they receive, without the need for complex computations, resulting in more device resource availability for other features and improved device autonomy.
:::Many decisions are based on empirical data from [Meshtasticator](https://github.com/GUVWAF/Meshtasticator) simulations :::info Many decisions are based on empirical data from [Meshtasticator](https://github.com/GUVWAF/Meshtasticator) simulations
![Route Plot](/img/blog/route_plot.png) ![Route Plot](/img/blog/route_plot.png)
::: :::