Frühere Suchanfragen

Keine früheren Suchanfragen

Suchoptionen

Nur verfügbar, wenn angemeldet.
mastodontech.de ist einer von vielen unabhängigen Mastodon-Servern, mit dem du dich im Fediverse beteiligen kannst.
Offen für alle (über 16) und bereitgestellt von Markus'Blog

Verwaltet von:

Serverstatistik:

1,4 Tsd.
aktive Profile

mastodontech.de: ÜberStatusProfilverzeichnisDatenschutzerklärung

Mastodon: ÜberApp herunterladenTastenkombinationenQuellcode anzeigenv4.4.3

#efficient

0 Beiträge0 Beteiligte0 Beiträge heute
*
beSpacific

Former #DOGE engineer says federal #waste and #fraud were 'relatively nonexistent' - I personally was pretty surprised, actually, at how #efficient the #government was," Sahil Lavingia told NPR's Juana Summers. Without federal government, civil servants Americans, federal #funding and #grants, #research, #innovation,# stewardship, #arts, #technolog , #healthcare and list used to go on, until it was abruptly and illegally halted.npr.org/2025/06/02/nx-s1-54179 #MMM continues to fail - ignoring the #facts

screwlisp

#commonLisp #programming #lazy #efficient #typed #tree fringe #traversal with the #series Macro package #intro screwlisp.small-web.org/cl-ser

Just a quick note for this morning.

We make something like:
```
* '((1 (2)) (3 (4 (5) 6)) (7) 8)
((1 (2)) (3 (4 (5) 6)) (7) 8)
* (pick-len-leaves-less-than * 5 6)
(1 2 3 4 5)
* (reverse **)
(8 (7) (3 (4 (5) 6)) (1 (2)))
* (pick-len-leaves-less-than * 5 6)
(3 4 5 1 2)
```

screwlisp.small-web.orgCommon Lisp + cl-series Leaves of a tree
Antwortete im Thread
Kevin Karhan :verified:

@ai6yr @breadandcircuses and even for the few #EdgeCase|s where it wouldn't make sense to have an on-call minibus/minivan/compact car/carsharing/taxi option but need personal cars with no alternatives in sight, wouldn't it make sense to build #smol & #efficient instead of monstrosities so phat their deadweight exceeds the MGW of my EU Class B driving license because the manufacturer gave up trying to make something affordable for #millenials and instead only csters to rich #Boomers who have older Class 3 / C1E permits and don't mind driving around 4t of metal and rare earth elements as long as they can get in and out easily.

GitHubGitHub - KBtechnologies/PLV: Personal Light Vehicle - SpecificationPersonal Light Vehicle - Specification. Contribute to KBtechnologies/PLV development by creating an account on GitHub.
#edgecase#smol#efficient
Antwortete im Thread
*
Kevin Karhan :verified:

@denki @KarlHeinzHasliP I will keep it simply because I can't really afford a new one and because it's already there and works fine!

  • If it was broken beyond repairability & being able to get it through tech inspection, that story would be different, but yeah...

As for smaller vehicles I do propose that for the (hopefully fewer and fewer) edge-cases where #PublicTransport just won't cut it, that we go #smol as in #PersonalLightVehicle and thus more #efficient!

GitHubGitHub - KBtechnologies/PLV: Personal Light Vehicle - SpecificationPersonal Light Vehicle - Specification. Contribute to KBtechnologies/PLV development by creating an account on GitHub.
Hacker News

Karatsuba Matrix Multiplication and Its Efficient Hardware Implementations

arxiv.org/abs/2501.08889

arXiv.orgKaratsuba Matrix Multiplication and its Efficient Custom Hardware ImplementationsWhile the Karatsuba algorithm reduces the complexity of large integer multiplication, the extra additions required minimize its benefits for smaller integers of more commonly-used bitwidths. In this work, we propose the extension of the scalar Karatsuba multiplication algorithm to matrix multiplication, showing how this maintains the reduction in multiplication complexity of the original Karatsuba algorithm while reducing the complexity of the extra additions. Furthermore, we propose new matrix multiplication hardware architectures for efficiently exploiting this extension of the Karatsuba algorithm in custom hardware. We show that the proposed algorithm and hardware architectures can provide real area or execution time improvements for integer matrix multiplication compared to scalar Karatsuba or conventional matrix multiplication algorithms, while also supporting implementation through proven systolic array and conventional multiplier architectures at the core. We provide a complexity analysis of the algorithm and architectures and evaluate the proposed designs both in isolation and in an end-to-end deep learning accelerator system compared to baseline designs and prior state-of-the-art works implemented on the same type of compute platform, demonstrating their ability to increase the performance-per-area of matrix multiplication hardware.
#HackerNews#Karatsuba#Matrix
AngesagtLive-Feeds
Über