This paper introduces the general process of the search algorithm Structure through the knight problem. According to the characteristics of the problem, we detailed discuss the DFS（Depth First Search） algorithm and ...This paper introduces the general process of the search algorithm Structure through the knight problem. According to the characteristics of the problem, we detailed discuss the DFS（Depth First Search） algorithm and BFS（Breadth First Search） algorithm, and combine the two algorithms together to solve the knights coverage problem. This article has a good reference for the mixed-use scenarios which requires a variety of search algorithms.展开更多
针对城市信息模型(city information modeling,CIM)平台中Docker容器依赖顺序难以确定以及现有启动机制无法确保所有容器顺利运行的问题,提出了一种Docker容器编排优化方法,创新的应用于CIM平台。该方法通过引入基于深度优先搜索的拓扑...针对城市信息模型(city information modeling,CIM)平台中Docker容器依赖顺序难以确定以及现有启动机制无法确保所有容器顺利运行的问题,提出了一种Docker容器编排优化方法,创新的应用于CIM平台。该方法通过引入基于深度优先搜索的拓扑排序,并定制启发式比较器,实现了对容器的精确排序。同时,结合Docker Compose和端口扫描技术进行容器编排,解决了因容器未初始化导致的启动失败问题。在沣西新城CIM平台的应用表明,引入此方案后容器顺序合理,系统成功运行率超过93%,比传统方法提高了约20%。该方法增强了CIM平台容器编排的健壮性,为复杂系统的容器管理提供了参考依据。展开更多
文摘This paper introduces the general process of the search algorithm Structure through the knight problem. According to the characteristics of the problem, we detailed discuss the DFS（Depth First Search） algorithm and BFS（Breadth First Search） algorithm, and combine the two algorithms together to solve the knights coverage problem. This article has a good reference for the mixed-use scenarios which requires a variety of search algorithms.
文摘针对城市信息模型(city information modeling,CIM)平台中Docker容器依赖顺序难以确定以及现有启动机制无法确保所有容器顺利运行的问题,提出了一种Docker容器编排优化方法,创新的应用于CIM平台。该方法通过引入基于深度优先搜索的拓扑排序,并定制启发式比较器,实现了对容器的精确排序。同时,结合Docker Compose和端口扫描技术进行容器编排,解决了因容器未初始化导致的启动失败问题。在沣西新城CIM平台的应用表明,引入此方案后容器顺序合理,系统成功运行率超过93%,比传统方法提高了约20%。该方法增强了CIM平台容器编排的健壮性,为复杂系统的容器管理提供了参考依据。
