Jonathan Detchart

TL;DR: R Reed-Solomon/LDPC-Staircase codes are introduced, two complementary AL-FEC codes that have recently been recognized as superior to Raptor codes in the context of the 3GPP-eMBMS call for technology.

TL;DR: In this paper , the authors propose an innovative design that allows multiple zk-rollups to coexist on the same smart contracts, simplifying their creation and customization, and evaluate the first implementation of their system highlighting a low overhead on existing transaction types and on proof generation while strongly decreasing the cost of new transaction types.

TL;DR: This paper proposes a method to reduce the complexity of the finite field multiplication by using fast transforms between a field and a ring to perform the multiplication in a ring, and shows that moving to a ring reduces the complexity.

TL;DR: This talk will demonstrate (practically) that some erasure code can be used both for cold and hot data accesses in fault-tolerant Cloud storage architectures, and provide a comparison with coding schemes of Reed-Solomon codes and with a last update of results presented in [2] that brings a huge advantage to discrete geometric approaches.