mshachkov

This one works great. https://github.com/ormandj/sglang-deepseek-v4-flash-sm120

Could anyone suggest a source about incorporation of "caching" into job-shop-like scheduling problem formulation?

In other words, i would like to explore a way to approach a problem of statically scheduling (heterogenous) computations and data transfers between multuple tiers of caches (disk, ram, vram) in OR fashion (e.g. formulating MILP).

Could anyone suggest a source about incorporation of "caching" into job-shop-like scheduling problem formulation?

In other words, i would like to explore a way to approach a problem of statically scheduling (heterogenous) computations and data transfers between multuple tiers of caches (disk, ram, vram) in OR fashion (e.g. formulating MILP).

There is a wip [0] on RAFT [1] integration to faiss as an implementation of cuda gpu backed indices, although you can use RAFT directly.

[0] https://github.com/facebookresearch/faiss/pull/2521 [1] https://github.com/rapidsai/raft

Note, that there is a new (substantially accelerated) "autoscheduler" implementation in TVM (one of competitors in the article linked), details can be found in https://arxiv.org/abs/2006.06762

Thx for suggesstion, but the images that can be downloaded out there aren't matching the description that is given at the article (they seems to be processed in some way), nor they are sequenced and can't to be downloaded in batch. Based on article, i am expecting to get 1024x1024 monochrome images.

I want to download the sequence of images (raw, unprocessed) taken by LCAM. Where (other then from "future" PDS release) can i download this sequence?

Anyone can point me to the place where i can find the original video files (that are received from the rover)?

One might be interested in https://github.com/wangyi-fudan/wyhash