Optimal matching method based on rare plants in opportunistic social networks

Abstract

The spread of seeds affects the regeneration, pattern, genetic structure, invasion, and settlement of plant populations. However, seed transmission is a relatively weak research link. The spread of plants is not controlled by the communicator. wind transmission of seeds is a relatively weak research link. The spread of plants is not controlled by the communicator. The way plants transmit and accept seeds is similar to how user nodes accept data transmission requests in social networks. In this study, we selected rare and endangered Pterospermum heterophyllum as the research object and applied them to a social network. All plants were considered nodes and all seeds as transmitted data by history record. Through use of historical records, the seeds that established infection and immunity algorithms in opportunistic social networks were recorded, healthy plants were identified, and the number of plants with diseases was reduced to achieve the selectivity of dominant plants in the social network.