Probability analysis of age of information in multi-hop networks
IEEE Networking Letters, 2020•ieeexplore.ieee.org
Age-of-information (AoI) is a metric quantifying information freshness at the receiver. It
captures the delay together with packet loss and packet generation rate. However, the
existing literature focuses on average or peak AoI and neglects the complete distribution. In
this letter, we consider a N-hop network with time-invariant packet loss probabilities on each
link. We derive closed form equations for the probability mass function of AoI. We verify our
findings with simulations. Our results show that the performance indicators considered in the …
captures the delay together with packet loss and packet generation rate. However, the
existing literature focuses on average or peak AoI and neglects the complete distribution. In
this letter, we consider a N-hop network with time-invariant packet loss probabilities on each
link. We derive closed form equations for the probability mass function of AoI. We verify our
findings with simulations. Our results show that the performance indicators considered in the …
Age-of-information (AoI) is a metric quantifying information freshness at the receiver. It captures the delay together with packet loss and packet generation rate. However, the existing literature focuses on average or peak AoI and neglects the complete distribution. In this letter, we consider a -hop network with time-invariant packet loss probabilities on each link. We derive closed form equations for the probability mass function of AoI. We verify our findings with simulations. Our results show that the performance indicators considered in the literature such as average or peak AoI may give misleading insights into the real AoI performance.
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