← Back to context Comment by peterashford 10 months ago You think the JVM is slow? 7 comments peterashford Reply mceachen 10 months ago IME large linear algebra algos run like molasses in a jvm compared to compiled solutions. You're always fighting the gc. za3faran 10 months ago Do you have any benchmarks to show, out of curiosity? light_hue_1 10 months ago Ok. But we have plenty of C libraries to bind to that for.They're far slower in Python but that hasn't stopped anyone. bluGill 10 months ago Depends. JVM is fast once hotspot figures things out - but that means the first level is slow and you lose your users. vips7L 10 months ago You can always load JIT caches if you can’t wait for warm up. palata 10 months ago What about AOT?
mceachen 10 months ago IME large linear algebra algos run like molasses in a jvm compared to compiled solutions. You're always fighting the gc. za3faran 10 months ago Do you have any benchmarks to show, out of curiosity? light_hue_1 10 months ago Ok. But we have plenty of C libraries to bind to that for.They're far slower in Python but that hasn't stopped anyone.
light_hue_1 10 months ago Ok. But we have plenty of C libraries to bind to that for.They're far slower in Python but that hasn't stopped anyone.
bluGill 10 months ago Depends. JVM is fast once hotspot figures things out - but that means the first level is slow and you lose your users. vips7L 10 months ago You can always load JIT caches if you can’t wait for warm up. palata 10 months ago What about AOT?
IME large linear algebra algos run like molasses in a jvm compared to compiled solutions. You're always fighting the gc.
Do you have any benchmarks to show, out of curiosity?
Ok. But we have plenty of C libraries to bind to that for.
They're far slower in Python but that hasn't stopped anyone.
Depends. JVM is fast once hotspot figures things out - but that means the first level is slow and you lose your users.
You can always load JIT caches if you can’t wait for warm up.
What about AOT?