An object classification method based on the improved bacterial foraging optimisation algorithm

作者：Zeng Zhigao^*; Guan Lianghua; Yi Shengqiu; Zhu Yanhui; Liu Qiang; Tong Qi; Zeng Sanyou

来源：International Journal of Wireless and Mobile Computing, 2017, 12(2): 166-173.

DOI：10.1504/IJWMC.2017.084175

• Bacterial foraging optimisation algorithms
• Fixed step sizes
• Object classification
• Optimisations
• Step size

This paper proposes a new object classification method based on an improved bacterial foraging optimisation algorithm. Firstly, a dynamic step size is used instead of the fixed step size of the chemotaxis. Secondly, the fixed elimination-dispersal probability is replaced by the dynamic probability. Features are extracted to distinguish the objects, such as pedestrians, cars and pets. Ultimately, all the objects are classified using the improved bacterial foraging optimisation algorithm. The experimental results prove that the effectiveness of the object classification method proposed in this paper is better than that of other algorithms.

• 出版日期2017