On a suburb, food delivery robots encounter issues with deliveries (knocked over, busy intersections, arrogant cyclists,
Posted: Thu Apr 28, 2022 7:30 am
On a suburb, food delivery robots encounter issues with
deliveries (knocked over, busy intersections, arrogant cyclists,
curious pets, etc).
Based on previous data, a robot will encounter issues with
deliveries once every 60 km. Assume that the occurrence of issues
with deliveries along the suburb area can be modeled by a Poisson
process.
Imagine the distance from your favorite restaurant to your house
in the suburb is 6 km.
What is the probability that a food delivery robot will have
issues delivering your food?
deliveries (knocked over, busy intersections, arrogant cyclists,
curious pets, etc).
Based on previous data, a robot will encounter issues with
deliveries once every 60 km. Assume that the occurrence of issues
with deliveries along the suburb area can be modeled by a Poisson
process.
Imagine the distance from your favorite restaurant to your house
in the suburb is 6 km.
What is the probability that a food delivery robot will have
issues delivering your food?