… 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 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 …

… adopt erasure coding as a low-cost storage redundancy … (MSR) codes [9] are the first proven
erasure codes that minimize … k packets in repair), with the same redundancy as RS codes. …

… 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 …

… 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 …

… (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 …

… erasure coding for data storage (in the form of inter-packet LPNC; see, eg, [7]). Given an LPNC
coding … combination of the input data packets (or segments for intra-packet LPNC), using …

… , if less than k packets are received, the source packets can … We demonstrate that stabilizing
erasure codes can be obtained … Conventional erasure correction codes add redundant infor…

… Abstract—Redundancy schemes are … and erasure coding to keep popular and unpopular
data, respectively. Within such a hybrid-redundancy in-memory store, an issue of redundancy …