… of redundancy between the packet level and the physical layer. This paper shows that
packet-level erasure coding … amount of redundancy that should be applied to packet-level erasure …

… timing of packets in the case where the (8,5) erasure code is … However, when the (8,4)
erasure code is used, the packet … of systematic erasure code with that of redundancy audio …

… sent through the network, EC introduces redundancy into the packet streams to recover from
… Using the early discussion, we assume that the erasure code has the parameters (𝑛, k, e). …

… packets. In typical erasure codes, n original data packets can be reconstructed from exact n
encoded … We find in (2) that redundant paths give EC the benefit in the growth the number of …

… of which are related to packet delay and packet loss. Due to … the erasure coding (EC)
technique to address the high packet … Furthermore, the number of redundancy packets is adjusted …

… erasure code, sender encodes redundant packets before sending both the original and
redundant packets to … the original packets upon receiving a fraction of the total packets. Standard …

… of both packet redundancy and erasure coding techniques, and … f is the packet redundancy
limit and x is an erasure coding … the two-hop relay algorithm with packet redundancy (f > 1, x …

… The former has very limited error-control capacity though requiring a minimum redundancy,
… In this Section, a class of MDS array erasure codes are introduced for packet-loss control in …

… thereof if unequal size packets are desired.) Furthermore, instead of adding redundancy via
… size fixed), we consider codes which add redundancy via packet expansion (ie, increasing …

… splitting redundancy between error-correction coding and erasure-correction … packets are
received correctly, where ρ ≥ 1 reflects the decoding overhead incurred by the erasure coding …