A user calls its performance “impressive” but gives no scores or comparisons.
A user praised Linear Depth Memory's performance on DepthBench as “impressive” in a quote post. The comment did not include scores or comparisons.
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@Keyuciallosuper cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar.
@SonglinYang4RT @Keyuciallo: super cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar. https://t.co/m7NOk…
@alexjcRT @_davidgonmar: mHC and AttnRes demonstrate that richer depth mixing improves model performance at scale. Is there a unifying perspective…@Keyuciallosuper cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar.@SonglinYang4RT @Keyuciallo: super cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar. https://t.co/m7NOk…@alexjcRT @_davidgonmar: mHC and AttnRes demonstrate that richer depth mixing improves model performance at scale. Is there a unifying perspective…@Keyuciallosuper cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar.@SonglinYang4RT @Keyuciallo: super cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar. https://t.co/m7NOk…@alexjcRT @_davidgonmar: mHC and AttnRes demonstrate that richer depth mixing improves model performance at scale. Is there a unifying perspective…@Keyuciallosuper cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar.@SonglinYang4RT @Keyuciallo: super cool to see that Linear Depth Memory achieves impressive performance on DepthBench @_davidgonmar. https://t.co/m7NOk…@alexjcRT @_davidgonmar: mHC and AttnRes demonstrate that richer depth mixing improves model performance at scale. Is there a unifying perspective…—
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