subgrid analysis
子网格分析
define subgrid
定义子网格
subgrid size
子网格大小
using subgrids
使用子网格
subgrid structure
子网格结构
subgrid level
子网格级别
subgrids exist
子网格存在
each subgrid
每个子网格
subgrid data
子网格数据
create subgrids
创建子网格
we analyzed the data using a subgrid approach to reduce complexity.
我们使用子网格方法分析数据以减少复杂性。
the algorithm efficiently searches within a smaller subgrid.
该算法在较小的子网格中高效搜索。
a subgrid of the original image was selected for detailed analysis.
为详细分析选择了原始图像的一个子网格。
the simulation was run on a smaller subgrid to save computational time.
为了节省计算时间，模拟在较小的子网格上运行。
we defined a subgrid for each region of interest in the map.
我们在地图中对每个感兴趣区域定义了一个子网格。
the results were aggregated from multiple overlapping subgrids.
结果从多个重叠的子网格中汇总。
the model's performance was evaluated on a test subgrid.
该模型在测试子网格上进行了评估。
we created a subgrid to represent the local neighborhood of each node.
我们创建了一个子网格来表示每个节点的局部邻域。
the data was partitioned into several non-overlapping subgrids.
数据被划分为几个不重叠的子网格。
the system uses a hierarchical subgrid structure for efficient storage.
该系统使用分层子网格结构来实现高效存储。
we compared the performance across different subgrid sizes.
我们比较了不同子网格大小下的性能。
subgrid analysis
子网格分析
define subgrid
定义子网格
subgrid size
子网格大小
using subgrids
使用子网格
subgrid structure
子网格结构
subgrid level
子网格级别
subgrids exist
子网格存在
each subgrid
每个子网格
subgrid data
子网格数据
create subgrids
创建子网格
we analyzed the data using a subgrid approach to reduce complexity.
我们使用子网格方法分析数据以减少复杂性。
the algorithm efficiently searches within a smaller subgrid.
该算法在较小的子网格中高效搜索。
a subgrid of the original image was selected for detailed analysis.
为详细分析选择了原始图像的一个子网格。
the simulation was run on a smaller subgrid to save computational time.
为了节省计算时间，模拟在较小的子网格上运行。
we defined a subgrid for each region of interest in the map.
我们在地图中对每个感兴趣区域定义了一个子网格。
the results were aggregated from multiple overlapping subgrids.
结果从多个重叠的子网格中汇总。
the model's performance was evaluated on a test subgrid.
该模型在测试子网格上进行了评估。
we created a subgrid to represent the local neighborhood of each node.
我们创建了一个子网格来表示每个节点的局部邻域。
the data was partitioned into several non-overlapping subgrids.
数据被划分为几个不重叠的子网格。
the system uses a hierarchical subgrid structure for efficient storage.
该系统使用分层子网格结构来实现高效存储。
we compared the performance across different subgrid sizes.
我们比较了不同子网格大小下的性能。
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