… f) packet delivery scheme that combines both erasure coding and packet replication techniques
in … Under this packet delivery scheme, a group of x packets is first encoded into w(w ≥ x) …

… a packet recirculator to not only inspect deep packet payloads [12], but also assemble a
completely new packet … For packet loss, we use replication as baseline and compare NetEC to it …

… Therefore, we seek to move erasure coding from end hosts to the network. … For packet loss,
we use replication as baseline and compare NetEC to it with the same end host TCP setting. …

… Interestingly, we find that the replication of coded packets can improve the throughput …
adopted packet replication technique, where a coded packet in an arrivalqueue can be replicated …

… data with replication, followed by encoding the replicated data with erasure coding. We
argue that the commonly used random replication does not take into account erasure coding in …

… Using the early discussion, we assume that the erasure code has the parameters (𝑛, k, e). …
only the nodes that replicate non-network-coded data and the destination nodes perform …

… of a simple replication strategy will be infinite, whereas, by using erasure coding the average
delay can be reduced to a small constant. Erasure coding can also help combat packet loss …

… matrix, and thus are the same for all the corresponding ECLSA packets. They are deliberately
replicated in all packets because in the presence of losses, it is not possible to know which …

In-network storage of data in wireless sensor networks contributes to reduce the communications
inside the network and to favor data aggregation. In this paper, we consider the use of …

… To achieve good trade-off between access performance and memory efficiency, it is
appropriate to adopt replication and erasure coding to keep popular and unpopular data, …