One of the big challenges in nano-networks is the capacity to route packets using simple strategies, in inhospitable and stimulating environments. The strict physical limitations coming from the nano-devices are constraining the design of communication protocols and strategies. Considering the current fabrication processes, existing published strategies require devices at least in micrometer dimensions, what is far yet from what is expected. In this paper, the proposal is on the road to nanometers devices, while considering extremely low energy consumption. The major contributions of this paper are the formulation of the nano-networks routing problem, the proposal of a low complexity Finite State Machine (FSM)-based paradigm to implement routes generation and routing algorithms and the evaluation of the proposed nano-networks routing and strategy.

纳米网络面临的最大挑战之一是在荒凉而刺激的环境中使用简单策略路由数据包的能力。来自纳米设备的严格的物理限制正在限制通信协议和策略的设计。考虑到当前的制造工艺，现有公开的策略要求装置至少在微米尺寸上，这与预期的相差甚远。在本文中，该提案正在向纳米器件发展，同时考虑到极低的能耗。本文的主要贡献是纳米网络路由问题的提出，基于低复杂度有限状态机（FSM）的范式的提议，以实现路由生成和路由算法，以及对拟议的纳米网络路由和路由的评估。战略。