graph LR
Dense_Attention_Module["Dense Attention Module"]
attention_attention_impl["attention.attention_impl"]
attention_split_heads["attention.split_heads"]
attention_merge_heads["attention.merge_heads"]
attention_get_attn_mask["attention.get_attn_mask"]
Dense_Attention_Module -- "orchestrates" --> attention_attention_impl
attention_attention_impl -- "calls" --> attention_split_heads
attention_attention_impl -- "calls" --> attention_get_attn_mask
attention_attention_impl -- "calls" --> attention_merge_heads
click Dense_Attention_Module href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/sparse_attention/Dense_Attention_Module.md" "Details"
This section details the architecture of the Dense Attention Module subsystem, a core component within the sparse_attention project responsible for implementing standard, full multi-head attention.
Dense Attention Module [Expand]
This is the overarching conceptual component that orchestrates the entire standard multi-head attention process. It encompasses the input preparation, core matrix multiplications, and output consolidation, leveraging specialized sub-components for specific tasks.
Related Classes/Methods:
attention.attention_impl:69-87attention.split_heads:42-43attention.merge_heads:46-47attention.get_attn_mask:8-29
Implements the core computational flow of the dense multi-head attention. It manages the sequence of operations: calling split_heads, generating masks via get_attn_mask, performing the query-key dot product, applying softmax, and finally the attention-value dot product, before calling merge_heads.
Related Classes/Methods:
Prepares input tensors (queries, keys, values) for multi-head processing by reshaping them to explicitly separate the attention heads. This is a crucial data transformation step before the core attention calculations.
Related Classes/Methods:
Recombines the outputs from individual attention heads back into a single tensor, reversing the split_heads operation. This produces the final, consolidated output of the attention layer.
Related Classes/Methods:
Generates attention masks (e.g., causal masks) to control information flow during attention calculation, preventing attention to future positions or padded tokens. This ensures adherence to sequence modeling constraints.
Related Classes/Methods: