Research On Simulation Of Birds To Evade Attacks Based On Biological Characteristics

Biological behavior of the cluster plays an important role in the artificial life research field, and the simulation models of cluster are widely used in cartoon production, biology research, and military informationization field. This thesis focuses attention on this problem, and attack evading behavior models based on different biological characteristic of birds are proposed, which are of great importance to the systematic and extended study of birds. More details are arranged as follows.Firstly, the research background is briefly introduced, including the artificial life science, complex adaptive system and the biological characteristics of birds to evade attacks. The related applications and developing platforms are also introduced.Secondly, based on Reynolds model, the classical model of cluster research, and supported in the theory of classic biology by the book "The Selfish Gene", the selfishness and altruistic of the birds and altruistic behavior are analyzed and modeled. Under the premise of ensuring the basic model is basically correct, we make the behavior model more plentiful and detailed to achieve vivid experiments results.Finally, based on the model method, experiment is done after program realization. The forces and the degree of coordination influence of different stress conditions, degree of mutual coordination when birds were under the influence of the different biological properties as well as the mortality rate of Boid are analyzed. The test result is indicated diagrammatically and the analysis is made on it.