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Questions and Answers
Which parameter determines whether to use the gelu approximation algorithm or the exact formulation?
Which parameter determines whether to use the gelu approximation algorithm or the exact formulation?
- approximate (correct)
- prune_unapplied
- to_apply
- key_chains
What is the default value for the 'to_apply' parameter?
What is the default value for the 'to_apply' parameter?
- True (correct)
- Container
- False
- None
What is the purpose of the 'prune_unapplied' parameter?
What is the purpose of the 'prune_unapplied' parameter?
- To apply the method to key-chains
- To write the result to an output container
- To map the method to sequences
- To remove key-chains for which the function was not applied (correct)
Which method wraps the function with the rectified linear activation unit applied element-wise?
Which method wraps the function with the rectified linear activation unit applied element-wise?
Which of the following methods applies the gelu approximation algorithm or exact formulation?
Which of the following methods applies the gelu approximation algorithm or exact formulation?
Which container method applies the leaky relu unit function element-wise?
Which container method applies the leaky relu unit function element-wise?
What is the default value for the prune_unapplied parameter in the ivy.log_softmax method?
What is the default value for the prune_unapplied parameter in the ivy.log_softmax method?
Which container static method variant of ivy applies the rectified linear activation unit function element-wise?
Which container static method variant of ivy applies the rectified linear activation unit function element-wise?
What is the default value for the map_sequences parameter in the ivy.relu method?
What is the default value for the map_sequences parameter in the ivy.relu method?
Which method applies the hardswish activation function to the given key chains?
Which method applies the hardswish activation function to the given key chains?
Which method has an optional specifier for how to handle complex data types?
Which method has an optional specifier for how to handle complex data types?
Which method applies the leaky relu unit function to the given key chains?
Which method applies the leaky relu unit function to the given key chains?
Which method applies the log softmax unit function to the given key chains?
Which method applies the log softmax unit function to the given key chains?
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