Multi-frequency hopping pattern based communication method applicable to mobile ad hoc network

The invention discloses a multi-frequency hopping pattern based communication method applicable to a mobile ad hoc network. The communication method disclosed by the invention can solve a problem of great time delay generated in high-traffic data transmission in fixed time slot allocation mode networking and problems of quick protocol performance reduction and inability of meeting real-time service requirements generated in high-traffic data transmission in dynamic time slot allocation mode networking under a condition of limited bandwidth. The method comprises the steps that a source node establishes a communication link with a destination node independently through networking established by a preset public frequency hopping pattern in a preset frequency hopping pattern group; and after the communication link is successfully established independently, the source node sends high-traffic data to be sent to the destination node through networking established by a first frequency hopping pattern, which is not the public frequency hopping pattern, after a frequency hopping pattern used by the previous independently established communication link in the frequency hopping pattern group.