Computation and Communication Cooperation for Molecular Microvascular Networks

Molecular Communication (MC) has attracted significant attention, however, its application is limited due to the lack of computing capacity. Inspired by the concept of Over-the-Air Computation (AirComp), this paper pioneers a computational model for MC within microvascular networks. In this model, the root node acts as a receiver, while other nodes serve as transmitters, employing the microvascular network as a communication medium to directly receive the sum of transmitted information, thereby achieving computational functions in MC. Our model establishes a breakthrough framework, offering guidance for executing computational tasks within MC. Through simulation experiments, we assess our model in terms of computational error rates, thereby demonstrating its feasibility and effectiveness.