Reverse a List via 3 Methods
Reverse a List via 3 Methods This content explores interesting aspects of this topic. The information provided offers valuable insights and perspectives. Understanding this reveals how everyday things are more thoughtful than they appear. Next time you'll notice this detail. This fascinating detail shows how much thought goes into things we take for granted.
#python #coding #programming #tutorial #list #reverse #slicing
We tested negative slicing and finally got the slice working.
Slicing Is All You Need: Towards a Universal One-Sided Distributed MatMul
https://arxiv.org/abs/2510.08874
#HackerNews #Slicing #MatMul #Distributed #Computing #OneSided #AI #Research
Many important applications across science, data analytics, and AI workloads depend on distributed matrix multiplication. Prior work has developed a large array of algorithms suitable for different problem sizes and partitionings including 1D, 2D, 1.5D, and 2.5D algorithms. A limitation of current work is that existing algorithms are limited to a subset of partitionings. Multiple algorithm implementations are required to support the full space of possible partitionings. If no algorithm implementation is available for a particular set of partitionings, one or more operands must be redistributed, increasing communication costs. This paper presents a universal one-sided algorithm for distributed matrix multiplication that supports all combinations of partitionings and replication factors. Our algorithm uses slicing (index arithmetic) to compute the sets of overlapping tiles that must be multiplied together. This list of local matrix multiplies can then either be executed directly, or reordered and lowered to an optimized IR to maximize overlap. We implement our algorithm using a high-level C++-based PGAS programming framework that performs direct GPU-to-GPU communication using intra-node interconnects. We evaluate performance for a wide variety of partitionings and replication factors, finding that our work is competitive with PyTorch DTensor, a highly optimized distributed tensor library targeting AI models.
3D Printing
I bought a Prusa kit on October 2014, and have been merrily twiddling its various bits over the years with considerable delight, since it’s a nice, slow(ish) hobby.(...)
UNDERBRIDGE2 beta release.
https://peer.raise-uav.com/videos/watch/3b7a55e4-1105-4b2b-b1bd-e0b92a78e952
I lost my favourite #pocketknife a couple of days ago.
It’s a #Victorinox Ranger 55 & it’s usually in a pants pocket.
I use it for #opening bags of lupins & #cutting lucerne bale strings, gardening, cutting fruit & vegetables, #dicing & #slicing meat, #openingcans & #bottles, using it’s #screwdriver when I’m tinkering & on & on.
I finally found it this morning.
It was in my freezer! lol. (Hello again dementia! #CaryGrant: “Insanity doesn't run in my family; it practically gallops!”)
Phew!
you can do WHAT at the stores in Poland?!
https://www.youtube.com/@TravelInPanic
Kubernetes: шестимесячный марафон по прокачке dBrain.cloud
За последние полгода наши инженеры проделали значительную работу по развитию и оптимизации платформы dBrain.cloud , ключевым инструментом которой является Kubernetes. В этой статье мы подробно расскажем об изменениях, произошедших в инфраструктуре, о внедрении новых функций и фишках, которые, мы надеемся, будут интересны DevOps-сообществу.
https://habr.com/ru/companies/dbraincloud/articles/931798/
#gpu #slicing #s3 #cilium #metallb #ipam #cgroup_v2 #kubernetes #dbrain #devops
Python Peak
Stephen Blum
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displaymaker
🦐 The Shrimp Boat ⛵
Tao of Mac
thomas
John 
Travel In Panic
Habr