Routing method suitable for static state self-grouping formation

Abstract

The invention relates to a routing method suitable for the static ad hoc formation. Aiming at the special organization structure of the static Ad hoc formation, a centralized topologic control is carried out inside the ad hoc formation; the formations are clustered according to the results of the topologic control; and a new double-frequency multi-stage routing method is adopted so as to ensure the reliable and quick routing establishment and the data transmission inside the formation and among the members inside the formation. The method is characterized in that the method includes the following steps: the topologic control in the formation, the establishment of the formation network structure, the maintenance of the formation network structure, the search of a transmission router, the maintenance of the transmission router, the routing error control and the re-establishment of the router. By adopting the method, the reliable and quick routing establishment and the data transmission in the formation and among the members inside the formation can be realized, the interference in the wireless transmission can be reduced, the network capacity can be further improved, the node service life is prolonged, and the network survival time is increased.

Description

technical field [0001] The invention relates to the field of wireless ad hoc network communication, in particular to a routing method suitable for static ad hoc formations, which can be applied to military operations with static ad hoc formations as combat units. In field military operations where there is no fixed infrastructure or the infrastructure is destroyed, it provides fast and reliable wireless communication support for the coordinated operations and dispatching command of the whole army, and has the characteristics of invulnerability and self-organization. Background technique [0002] In field military operations where the infrastructure cannot be laid in advance or the infrastructure is destroyed, only by relying on the wireless ad hoc network can the collaborative combat requirements of rapid deployment, flexibility, and information exchange beyond visual range be fulfilled. [0003] In military operations, a combat system with the formation as the basic combat ...

AI Technical Summary

Problems solved by technology

The advantage of centralized topology control is that the algorithm is relatively simple, and the central node management and user expansion are easy; the disadvantage is that due to the need for topology information of the entire network, the network overhead is high, the physical performance of the central node is high, and the reliability is relatively low. Suitable for large-scale, highly mobile Ad hoc network applications

The advantage of distributed topology control is that it adopts a distributed algorithm. Even if a certain part of the network fails, it will not affect the operation of the entire network, so it has high reliability. At the same time, because only local topology information needs to be obtained, the network overhead is relatively high. Small, suitable for large-scale mobile Ad hoc networks; the disadvantage is that the algorithm complexity is high, and the overall control and management of the network is complicated

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