Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork
In a #lora #rns #reticulum #mesh using #lora with long transmission blocks due to a large #spreadingfactor of 12 #sf12 , does one have to change some default settings to make it work better than the defaults? Like time between trying alternative routes to a destination or time to wait for or send a delivery confirmation (to wait for #ismband channel to be free of those long transmissions so that a send operation is possible) ?
Large #SF makes confirmation of delivery hard in view of #collisions
by analogy with #lorawan as in
doi:10.1109/PIMRC.2017.8292315 (calls this a #downlink issue)