Hello everybody!! As a student during my dissertation i used an arduino compined with an lm 35 in order to measure up room temperature. I want to ask if there is any code available that would help me compare my real time measurements with results measured by a simulation programm.. for example how can i find the packet dropped in a real time measurement or the networks delay (packets dropped, delay, throughput, load)
Thank you very very much!!1
Hello everybody!! As a student during my dissertation i used an arduino compined with an lm 35 in order to measure up room temperature. I want to ask if there is any code available that would help me compare my real time measurements with results measured by a simulation programm.. for example how can i find the packet dropped in a real time measurement or the networks delay (packets dropped, delay, throughput, load)
Thank you very very much!!1
I want to ask if there is any code available that would help me compare my real time measurements with results measured by a simulation programm.
How would the simulation results be known to the Arduino?
for example how can i find the packet dropped in a real time measurement
I have no idea what this means. The Arduino measures stuff when you tell it to - typically, every pass through loop. It doesn't "drop packets". Packets are things sent on a network.
or the networks delay (packets dropped, delay, throughput, load)
There is no network on an Arduino, and it is not dropping packets.
Any delay is measurable, and often avoidable with proper coding.
Throughput is only meaningful if something is being put through something. The context for measuring throughput is completely missing.
Load is a rather meaningless concept. The Arduino is running at 100% all the time. Whether there is any work being performed, or not, is a different story.
You would have to find a way to establish some relationship between the Arduino millis and the time on the recieving end. Then you would have to put that time value and a sequence number in every packet you send to the recieving end. If this is over a network you coulsd establish a baseline by pinging the Arduino and using that number as a basis for the out and return time. divide it by 2 to figure the path time. Only other way would require a hardware connection between an output from the arduino and an input at the recieving end. Turn the output on for a brief time when the transmission is sent.
Duplicate postings merged and one deleted.
@OP. DO NOT CROSS-POST