… although developed for the two-hop relay with erasure coding in this paper, can also be used
to analyze the delivery probability performances under other popular routing schemes, like …

… In submatrix N(I − Qτ )R of Pτ , its (i, j) entry represents the probability that the Markov chain
starting in transient state i will reach the absorbing state j after τ time slots. Based on N(I − Qτ )…

… -deliver. A client (may it be a replica) may avid-disperse (id, M), and replicas complete the
dispersal protocol and avid-deliver … For any prover who succeeds with noticeable probability q …

… probability of a data packet being lost on a link. We also define q = (1 - p) to be the probability
… Using the early discussion, we assume that the erasure code has the parameters (𝑛, k, e). …

… A meaningful parameter influencing the overall performance is the number N of repeated
transmission that helps increase the probability of data delivery at cost of bandwidth waste (…

… the probability that a given node will deliver its messages. r highest ranked relays (based on
delivery probability) … destination as an indicator of the delivery probability. We use the same …

… give guidelines to design the MDS code depending on the erasure probability ϵ. Finally, we
… should successfully deliver their results to the master. Based on p, the probability of success …

… to reduce the delivery delay of simple erasure coding for the … worse delivery predictability
as relays for less number of code … distinguish between relays with high probability to deliver a …

… SYSTEM MODEL We consider a content delivery network as … distance separable (MDS)
erasure code to create ni distinct … efficiently chooses the access probabilities q which helps in …

… an independent event with a fixed constant probability, pl. In this … , RS codes can also be
used as effective erasure codes, to … speedy data delivery. This paper addresses the features of …