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In this paper, we propose a partially non-cryptographic security routing protocol(PNCSR ) that protects both routing and data forwarding operations through the same reactive approach. PNCSR only apply public-key cryptographic system in managing token, but it doesn’t utilize any cryptographic primitives on the routing messages. In PNCSR, each node is fair. Local neighboring nodes collaboratively monitor each other and sustain each other. It also uses a novel credit strategy which additively increases the token lifetime each time a node renews its token. We also analyze the storage, computation, and communication overhead of PNCSR, and provide a simple yet meaningful overhead comparison. Finally, the simulation results show the effectiveness of PNCSR in various situations.
In this paper, we propose a partially non-cryptographic security routing protocol (PNCSR) that protects both routing and data forwarding operations through the same reactive approach. PNCSR only apply public-key cryptographic system in managing token, but it does not require any cryptographic primitives on the routing messages. In PNCSR, each node is fair. In PNCSR, each node is fair. analyze the storage, computation, and communication overhead of PNCSR, and provide a simple yet interesting overhead comparison. Finally, the simulation results show the effectiveness of PNCSR in various situations.