Bacterial chemotaxis optimization is a novel category of bionic algorithm for optimization problems.
细菌趋药性算法是优化领域一种新的仿生进化算法。
The same issue of Science has a commentary on this work by Dan Koshland, whose own analysis of this pathway in bacterial chemotaxis is a classic piece of research.
同一期的科学杂志上DanKoshland写了篇关于这个工作的评论，他本人对这条通路在细菌趋化性中的研究是经典研究实例。
Based on the analysis of the bacterial chemotaxis, the percolation theory was introduced and a micro emulation method was proposed for the bacterial distribution in the porous medium.
在分析细菌化学趋向性基础上，引入逾渗理论，提出描述细菌在多孔介质中分布的微观仿真模拟方法。
For solving the problem of low efficiency about bacterial colony chemotaxis algorithm (BCC), an improved BCC algorithm is proposed.
针对细菌群体趋药性算法(BCC)求解效率较低的问题，提出一种改进的BCC算法。
For solving the problem of low efficiency about bacterial colony chemotaxis algorithm (BCC), an improved BCC algorithm is proposed.
针对细菌群体趋药性算法(BCC)求解效率较低的问题，提出一种改进的BCC算法。
应用推荐