Designed and implemented a distributed consensus algorithm given a graph of “trust” relationships between nodes as an alternative method of resisting sybil attacks and achieving consensus. In this project, we developed a robust CompliantNode class that will work in all combinations of the graph parameters.
Designed and implemented a distributed consensus algorithm given a graph of “trust” relationships between nodes as an alternative method of resisting sybil attacks and achieving consensus. In this project, we developed a robust CompliantNode class that will work in all combinations of the graph parameters.
BSD 2-Clause "Simplified" License