subgrid analysis
子網格分析
define subgrid
定義子網格
subgrid size
子網格尺寸
using subgrids
使用子網格
subgrid structure
子網格結構
subgrid level
子網格層級
subgrids exist
存在子網格
each subgrid
每個子網格
subgrid data
子網格資料
create subgrids
建立子網格
we analyzed the data using a subgrid approach to reduce complexity.
我們使用子網格方法分析數據以降低複雜度。
the algorithm efficiently searches within a smaller subgrid.
該算法在較小的子網格內高效搜索。
a subgrid of the original image was selected for detailed analysis.
選取原始圖像的一個子網格進行詳細分析。
the simulation was run on a smaller subgrid to save computational time.
為了節省計算時間，模擬在較小的子網格上運行。
we defined a subgrid for each region of interest in the map.
我們為地圖上的每個感興趣區域定義了一個子網格。
the results were aggregated from multiple overlapping subgrids.
結果從多個重疊的子網格中聚合而來。
the model's performance was evaluated on a test subgrid.
模型的性能在測試子網格上進行了評估。
we created a subgrid to represent the local neighborhood of each node.
我們創建了一個子網格來表示每個節點的局部鄰域。
the data was partitioned into several non-overlapping subgrids.
數據被劃分為幾個不重疊的子網格。
the system uses a hierarchical subgrid structure for efficient storage.
該系統使用階層式子網格結構以實現高效的存儲。
we compared the performance across different subgrid sizes.
我們比較了不同子網格大小的性能。
subgrid analysis
子網格分析
define subgrid
定義子網格
subgrid size
子網格尺寸
using subgrids
使用子網格
subgrid structure
子網格結構
subgrid level
子網格層級
subgrids exist
存在子網格
each subgrid
每個子網格
subgrid data
子網格資料
create subgrids
建立子網格
we analyzed the data using a subgrid approach to reduce complexity.
我們使用子網格方法分析數據以降低複雜度。
the algorithm efficiently searches within a smaller subgrid.
該算法在較小的子網格內高效搜索。
a subgrid of the original image was selected for detailed analysis.
選取原始圖像的一個子網格進行詳細分析。
the simulation was run on a smaller subgrid to save computational time.
為了節省計算時間，模擬在較小的子網格上運行。
we defined a subgrid for each region of interest in the map.
我們為地圖上的每個感興趣區域定義了一個子網格。
the results were aggregated from multiple overlapping subgrids.
結果從多個重疊的子網格中聚合而來。
the model's performance was evaluated on a test subgrid.
模型的性能在測試子網格上進行了評估。
we created a subgrid to represent the local neighborhood of each node.
我們創建了一個子網格來表示每個節點的局部鄰域。
the data was partitioned into several non-overlapping subgrids.
數據被劃分為幾個不重疊的子網格。
the system uses a hierarchical subgrid structure for efficient storage.
該系統使用階層式子網格結構以實現高效的存儲。
we compared the performance across different subgrid sizes.
我們比較了不同子網格大小的性能。
探索常見搜尋詞彙