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A fundamental primitive in distributed computing is Reliable MessageTransmission (RMT), which refers to the task of correctly sending a messagefrom a party (or player) to another, in a network where some intermediaterelays might be controlled by an adversary. We address the problem under therealistic assumption that the topological knowledge of players is restricted toa certain subgraph and specifically study the role of local informationexchange in the feasibility of RMT. We employ the General Adversary model ofHirt and Maurer and the recently introduced Partial Knowledge Model whichsubsume all known models for the adversary and local knowledge respectively.Tight feasibility conditions, naturally involving the network topology, theadversary and the local knowledge of players, are presented.

Joining Local Knowledge to Communicate Reliably (Extended Abstract)