distributed-computing,distributed-system,distributed-algorithm

You first need to model the synchrony of the processes and of the links between them; for example: "all processes can eventually communicate in a timely manner, messages are transmitted within a known time bound, and processes execute deadlines within a known time bound". Once you define such a model,...

algorithm,math,distributed-computing,distributed-algorithm

Two things: It seems to be 0 according to this, which says: In other words, a graph's diameter is the largest number of vertices which must be traversed in order to travel from one vertex to another when paths which backtrack, detour, or loop are excluded from consideration. Your solution...