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The use of a single thread to operate on memory data is to avoid competition for shared resources and the resource consumption caused by multiple threads waiting simultaneously. If we consider using a separate thread for each data structure for operations, it would utilize multiple cores, while maintaining the same behavior as single-threaded when operating on the same object. However, this would increase the CPU's multi-core capabilities, thereby improving throughput, without affecting the read/write operations of other data structures. But this is just my simple speculation, and I'm not sure if the complexity of implementing this approach would be high in reality.
The text was updated successfully, but these errors were encountered:
The use of a single thread to operate on memory data is to avoid competition for shared resources and the resource consumption caused by multiple threads waiting simultaneously. If we consider using a separate thread for each data structure for operations, it would utilize multiple cores, while maintaining the same behavior as single-threaded when operating on the same object. However, this would increase the CPU's multi-core capabilities, thereby improving throughput, without affecting the read/write operations of other data structures. But this is just my simple speculation, and I'm not sure if the complexity of implementing this approach would be high in reality.
The text was updated successfully, but these errors were encountered: