… Consequently erasure correction codes with severe limits on … various codes suitable for
correcting bursts of lost packets. In … B code we no longer have enough room to place a redundant …

… erasure coding to recover collided packets. Erasure coding has been widely used to recover
lost packets … The first redundant packet is generated by the following equation:(1) c K + 1 , i …

… In this paper, the increase in network load due to the introduction of redundancy when
employing RSE (7,4) erasure codes is reduced by using the ADPCM compression technique. …

… As the main energy draining task is the sending of redundant packets, we focus mainly
thereon to decide which performance improvement technique is the most feasible. The trade-off …

… redundancy into message delivery [7]. Using Erasure Coding, which is a typical redundancy
… Due to the redundancy, if we get at least N encoded packets, we can reconstruct the original …

… This paper considers transmission of a packetized message using the cross-layer coding
scheme that combines inter-packet erasure coding and physical-layer channel …

… erasure coding in an upper layer allows for handling packet erasures that are not related
to frame losses only, but span across the whole protocol stack (eg, packet … by redundant …

… packet-layer coding, and point out the implementation challenges arising at the different
layers in which the erasure code … the amount of generated redundancy symbols, thus requiring …

… A key strategy for decreasing the impact of packet loss on audio quality is the deployment
of packet erasure coding which proactively sends the redundant packets used at the receiver …

… erasure codes, which are intra- and inter-packet redundancy, … the available redundancy to
FEC and erasure codes in a … of the available redundancy among FEC and erasure code, we …