… Abstract—Coded computation is a framework which provides redundancy in distributed …
the master node and worker nodes as packet erasure channels. We first analyze the latency in …

… packet recirculator to not only inspect deep packet payloads [12], but also assemble a completely
new packet … ), composed of an identity matrix and a redundancy matrix. We use column …

… R, composed of an identity matrix and a redundancy matrix. We use column vector D to denote
… is needed since the arrival of first packet until the departure of the last packet. A receives …

… In this case, we can also have a perfect match of the actual code rate, ie, no redundancy
rows in excess. This feature can be set in ECLSA (OpenFEC only), by selecting the alternative “…

… In this Section, we briefly describe the structure of the packet-level erasure codes. We adopt
… allocation of redundancy between packet-level erasure coding and physical-layer channel …

… erasure coding to generate redundancy and … erasure code applied at network layer uses
packets as symbols. The number of redundant symbols generated when using the erasure code …

… The message propagation has inherent redundancy, contention and collision; there … Erasure
Coding into four 48 bytes smaller packet. With a 2 byte header overhead, the single packet …

… (MDS) codes to provide redundancy in distributed matrix multiplications. The (n, k) MDS …
of packets as packet erasure channels with a fixed erasure probability ϵ. When a packet fails to …

… same redundancy rate but does not apply coding. Thereby, the sender clones a random
subset of packets from the main path onto the redundancy path. Choosing r = 1 results in a full …

… by adding redundant information. Then, any erased packet may be reconstructed by the re-
… ) is a delay spectrum for a point-to-point packet erasure code if the following holds: Let si[0],si[…