We specialize flattening, the type-directed approach of NESL and Data Parallel Haskell =-=[4,14,17]-=- that traditionally uniformly transforms a tree into arrays and the computation into SIMD (or multicore) instructions. Our approach is to pick a flattening strategy based on regularity in ...
The _.flatMapDepth() function generates a flattened array of values by executing the iteratee function on each item in the provided collection. It recursively flattens the mapped results until the specified depth is reached and shares similarities with the _.flatMap() method. Syntax: _.flatMap...
Integration of Applications into the Shell for File Format Owners Drag List Box IDeskBandInfo Notifications Notifications Notifications Constants Constants Constants aStatus Toolbar Controls Overviews Date and Time Picker Controls Reference Queue Path Names Explorer Namespace Tree Control Date and Time Picke...
4.1 Flattening a sum of product type A tree of type Tree ff fi containing leaves which store da... Jouret,K G. 被引量: 12发表: 1991年 Irregular computations in Fortran – expression and implementation strategies. Since performance of nested data-parallel computation is unpredictable and often...
We specialize flattening, the type-directed approach of NESL and Data Parallel Haskell =-=[4,14,17]-=- that traditionally uniformly transforms a tree into arrays and the computation into SIMD (or multicore) instructions. Our approach is to pick a flattening strategy based on regularity in ...
When instances of cells overlap, the present invention determines the overlap area using predefined data structures that divide each cell into an array of spatial bins. Each bin of a parent is examined to determine if two or more cell instances reside therein or if a cell instance and local ...